100 Trillion Dollar Zimbabwe Gold Bar Bank Note Money Bill Robert Mugabe Ingot

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Seller: anddownthewaterfall ✉️ (33,677) 99.8%, Location: Greater Manchester, GB, Ships to: WORLDWIDE, Item: 364839211634 100 Trillion Dollar Zimbabwe Gold Bar Bank Note Money Bill Robert Mugabe Ingot. 100 Trillion Dollar Bank Note  24Kt Gold Layered Bar This is a Zimbabwe 100,000,000,000 Dollar Bank Note  which has been made into a Gold Bar Due to Hyper inflation in the country the original 100 Trillion note was not worth a lot it isnt worth a lot Why not make yourself or someone else a trillionaire? Would make an Excellent Stocking Filler at Christmas! Dimension 43mm x 30mm x 3mm Weights 1 oz 999/1000 Solid Gold Layered Comes in air-tight acrylic Case. In Excellent Condition Starting at a Penny...With No Reserve..If your the only bidder you win it for 1p....Grab a Bargain!!!! (Become a Trillionaire for a Penny!!! :D)

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This is now the meaning in both American and British English. 1,000,000,000,000,000,000, i.e. 1018 (ten to the eighteenth power), as defined on the long scale. This is one million times larger than the short scale trillion. This is the historical meaning in English and the current use in many non-English-speaking countries where trillion and billion 1012 (ten to the twelfth power) maintain their long scale definitions. Usage Originally, the United Kingdom used the long scale trillion. However, since 1974, official UK statistics have used the short scale. Since the 1950s, the short scale has been increasingly used in technical writing and journalism, although the long scale definition still has some limited usage.[1][2] American English has always used the short scale definition. Other countries use the word trillion (or words cognate to it) to denote either the long scale or short scale trillion. For details, see current usage. During the height of hyperinflation in Zimbabwe in 2008, people became accustomed to speaking about their daily expenses in terms of trillions.[2] When Italy used the lira as currency, eventually converted at about 2,000 lira to the euro, it was found that Italians were more comfortable with words for large numbers such as trillion than British people.[2] Etymology Look up trillion in Wiktionary, the free dictionary. The words billion and trillion, or variations thereof were first used by French mathematicians in the 15th century.[2] The word trillion was first used in the 1680s and comes from the Italian word trilione.[3][better source needed][contradictory] The word originally meant the third power of one million.[2][3] As a result, it was mainly used to express the concept of an enormous number, similar to the words zillion and gazillion. However, it was more commonly used in the US.[2] See also Names of large numbers Billion, another ambiguous numerical word References  Cracknell, Richard; Bolton, Paul (January 2009). Statistical literacy guide: What is a billion? And other units (PDF) (Report). House of Commons Library. Retrieved 10 July 2015.  "Is trillion the new billion?". BBC News. 2011-10-28. Retrieved 2022-02-17.  "trillion | Etymology, origin and meaning of trillion by etymonline". www.etymonline.com. Archived from the original on 1 May 2019. Retrieved 6 February 2022. vte Large numbers Examples in numerical order ThousandTen thousandHundred thousandMillionTen millionHundred millionBillionTrillionQuadrillionQuintillionSextillionSeptillionOctillionNonillionDecillionEddington numberGoogolShannon numberGoogolplexSkewes's numberMoser's numberGraham's numberTREE(3)SSCG(3)BH(3)Rayo's numberTransfinite numbers Expression methods Notations Scientific notationKnuth's up-arrow notationConway chained arrow notationSteinhaus–Moser notation Operators Hyperoperation TetrationPentationAckermann functionGrzegorczyk hierarchyFast-growing hierarchy Related articles (alphabetical order) Busy beaverExtended real number lineIndefinite and fictitious numbersInfinitesimalLargest known prime numberList of numbersLong and short scalesNumber systemsNumber namesOrders of magnitudePower of twoPower of threePower of 10Sagan Unit NamesHistory Authority control databases: National Edit this at Wikidata IsraelUnited States Stub icon This article about a number is a stub. You can help Wikipedia by expanding it. Stub icon This vocabulary-related article is a stub. You can help Wikipedia by expanding it. Categories: Large numbersNumber stubsVocabulary and usage stubsEnglish words Hyperinflation Article Talk Read Edit View history Tools From Wikipedia, the free encyclopedia For the medical condition, see Inhalation § Hyperinflation. 100 quintillion (1020) pengő, the largest denomination bill ever issued, Hungary, 1946. 1 sextillion pengő notes were printed, but never issued. Hyperinflation in Venezuela represented by the time it would take for money to lose 90% of its value (301-day rolling average, inverted logarithmic scale). Part of a series on Economics HistoryOutlineIndex Branches and classifications Concepts, theory and techniques By application Notable economists Lists icon Business and Economics portalicon Money portal vte In economics, hyperinflation is a very high and typically accelerating inflation. It quickly erodes the real value of the local currency, as the prices of all goods increase. This causes people to minimize their holdings in that currency as they usually switch to more stable foreign currencies.[1] When measured in stable foreign currencies, prices typically remain stable. Effective capital controls and currency substitution (“dollarization”) are the orthodox solutions to ending short-term hyperinflation; however there are significant social and economic costs to these policies.[2] Ineffective implementations of these solutions often exacerbate the situation. Many governments choose to attempt to solve structural issues without resorting to those solutions, with the goal of bringing inflation down slowly while minimizing social costs of further economic shocks. Unlike low inflation, where the process of rising prices is protracted and not generally noticeable except by studying past market prices, hyperinflation sees a rapid and continuing increase in nominal prices, the nominal cost of goods, and in the supply of currency.[3] Typically, however, the general price level rises even more rapidly than the money supply as people try ridding themselves of the devaluing currency as quickly as possible. As this happens, the real stock of money (i.e., the amount of circulating money divided by the price level) decreases considerably.[4] Almost all hyperinflations have been caused by government budget deficits financed by currency creation.[5] Hyperinflation is often associated with some stress to the government budget, such as wars or their aftermath, sociopolitical upheavals, a collapse in aggregate supply or one in export prices, or other crises that make it difficult for the government to collect tax revenue. A sharp decrease in real tax revenue coupled with a strong need to maintain government spending, together with an inability or unwillingness to borrow, can lead a country into hyperinflation.[4] Definition Argentina monthly inflation of over 50% in 1989 and 1990   Year over Year inflation   M2 money supply increases Year over Year   Month over Month inflation In 1956, Phillip Cagan wrote The Monetary Dynamics of Hyperinflation, the book often regarded as the first serious study of hyperinflation and its effects[6] (though The Economics of Inflation by C. Bresciani-Turroni on the German hyperinflation was published in Italian in 1931[7]). In his book, Cagan defined a hyperinflationary episode as starting in the month that the monthly inflation rate exceeds 50%, and as ending when the monthly inflation rate drops below 50% and stays that way for at least a year.[8] Economists usually follow Cagan's description that hyperinflation occurs when the monthly inflation rate exceeds 50% (this is equivalent to a yearly rate of 12,874.63%).[6] The International Accounting Standards Board has issued guidance on accounting rules in a hyperinflationary environment. It does not establish an absolute rule on when hyperinflation arises, but instead lists factors that indicate the existence of hyperinflation:[9] The general population prefers to keep its wealth in non-monetary assets or in a relatively stable foreign currency. Amounts of local currency held are immediately invested to maintain purchasing power; The general population regards monetary amounts not in terms of the local currency but in terms of a relatively stable foreign currency. Prices may be quoted in that currency; Sales and purchases on credit take place at prices that compensate for the expected loss of purchasing power during the credit period, even if the period is short; Interest rates, wages, and prices are linked to a price index; and The cumulative inflation rate over three years approaches, or exceeds, 100%. Causes While there can be a number of causes of high inflation, almost all hyperinflations have been caused by government budget deficits financed by currency creation. Peter Bernholz analysed 29 hyperinflations (following Cagan's definition) and concludes that at least 25 of them have been caused in this way.[5] A necessary condition for hyperinflation is the use of paper money instead of gold or silver coins. Most hyperinflations in history, with some exceptions, such as the French hyperinflation of 1789–1796, occurred after the use of fiat currency became widespread in the late 19th century. The French hyperinflation took place after the introduction of a non-convertible paper currency, the assignat. Money supply Monetarist theories hold that hyperinflation occurs when there is a continuing (and often accelerating) rapid increase in the amount of money that is not supported by a corresponding growth in the output of goods and services.[10] The increases in price that can result from rapid money creation can create a vicious circle, requiring ever growing amounts of new money creation to fund government deficits. Hence both monetary inflation and price inflation proceed at a rapid pace. Such rapidly increasing prices cause widespread unwillingness of the local population to hold the local currency as it rapidly loses its buying power. Instead, they quickly spend any money they receive, which increases the velocity of money flow; this in turn causes further acceleration in prices.[11] This means that the increase in the price level is greater than that of the money supply.[12] The real stock of money, M/P, decreases. Here M refers to the money stock and P to the price level. This results in an imbalance between the supply and demand for the money (including currency and bank deposits), causing rapid inflation. Very high inflation rates can result in a loss of confidence in the currency, similar to a bank run. Usually, the excessive money supply growth results from the government being either unable or unwilling to fully finance the government budget through taxation or borrowing, and instead it finances the government budget deficit through the printing of money.[13] Governments have sometimes resorted to excessively loose monetary policy, as it allows a government to devalue its debts and reduce (or avoid) a tax increase. Monetary inflation is effectively a flat tax on creditors that also redistributes proportionally to private debtors. Distributional effects of monetary inflation are complex and vary based on the situation, with some models finding regressive effects[14] but other empirical studies progressive effects.[15] As a form of tax, it is less overt than levied taxes and is therefore harder to understand by ordinary citizens. Inflation can obscure quantitative assessments of the true cost of living, as published price indices only look at data in retrospect, so may increase only months later. Monetary inflation can become hyperinflation if monetary authorities fail to fund increasing government expenses from taxes, government debt, cost cutting, or by other means, because either during the time between recording or levying taxable transactions and collecting the taxes due, the value of the taxes collected falls in real value to a small fraction of the original taxes receivable; or government debt issues fail to find buyers except at very deep discounts; or a combination of the above. Theories of hyperinflation generally look for a relationship between seigniorage and the inflation tax. In both Cagan's model and the neo-classical models, a tipping point occurs when the increase in money supply or the drop in the monetary base makes it impossible for a government to improve its financial position. Thus when fiat money is printed, government obligations that are not denominated in money increase in cost by more than the value of the money created. The price of gold in Germany, 1 January 1918 – 30 November 1923. (The vertical scale is logarithmic). From this, it might be wondered why any rational government would engage in actions that cause or continue hyperinflation. One reason for such actions is that often the alternative to hyperinflation is either depression or military defeat. The root cause is a matter of more dispute. In both classical economics and monetarism, it is always the result of the monetary authority irresponsibly borrowing money to pay all its expenses. These models focus on the unrestrained seigniorage of the monetary authority, and the gains from the inflation tax. In neo-classical economic theory, hyperinflation is rooted in a deterioration of the monetary base, that is the confidence that there is a store of value that the currency will be able to command later. In this model, the perceived risk of holding currency rises dramatically, and sellers demand increasingly high premiums to accept the currency. This in turn leads to a greater fear that the currency will collapse, causing even higher premiums. One example of this is during periods of warfare, civil war, or intense internal conflict of other kinds: governments need to do whatever is necessary to continue fighting, since the alternative is defeat. Expenses cannot be cut significantly since the main outlay is armaments. Further, a civil war may make it difficult to raise taxes or to collect existing taxes. While in peacetime the deficit is financed by selling bonds, during a war it is typically difficult and expensive to borrow, especially if the war is going poorly for the government in question. The banking authorities, whether central or not, "monetize" the deficit, printing money to pay for the government's efforts to survive. The hyperinflation under the Chinese Nationalists from 1939 to 1945 is a classic example of a government printing money to pay civil war costs. By the end, currency was flown in over the Himalayas, and then old currency was flown out to be destroyed. Hyperinflation is a complex phenomenon and one explanation may not be applicable to all cases. In both of these models, however, whether loss of confidence comes first, or central bank seigniorage, the other phase is ignited. In the case of rapid expansion of the money supply, prices rise rapidly in response to the increased supply of money relative to the supply of goods and services, and in the case of loss of confidence, the monetary authority responds to the risk premiums it has to pay by "running the printing presses". Supply shocks A number of hyperinflations were caused by some sort of extreme negative supply shock, sometimes but not always associated with wars or natural disasters.[16] Models Since hyperinflation is visible as a monetary effect, models of hyperinflation center on the demand for money. Economists see both a rapid increase in the money supply and an increase in the velocity of money if the (monetary) inflating is not stopped. Either one, or both of these together are the root causes of inflation and hyperinflation. A dramatic increase in the velocity of money as the cause of hyperinflation is central to the "crisis of confidence" model of hyperinflation, where the risk premium that sellers demand for the paper currency over the nominal value grows rapidly. The second theory is that there is first a radical increase in the amount of circulating medium, which can be called the "monetary model" of hyperinflation. In either model, the second effect then follows from the first—either too little confidence forcing an increase in the money supply, or too much money destroying confidence. In the confidence model, some event, or series of events, such as defeats in battle, or a run on stocks of the specie that back a currency, removes the belief that the authority issuing the money will remain solvent—whether a bank or a government. Because people do not want to hold notes that may become valueless, they want to spend them. Sellers, realizing that there is a higher risk for the currency, demand a greater and greater premium over the original value. Under this model, the method of ending hyperinflation is to change the backing of the currency, often by issuing a completely new one. War is one commonly cited cause of crisis of confidence, particularly losing in a war, as occurred during Napoleonic Vienna, and capital flight, sometimes because of "contagion" is another. In this view, the increase in the circulating medium is the result of the government attempting to buy time without coming to terms with the root cause of the lack of confidence itself. In the monetary model, hyperinflation is a positive feedback cycle of rapid monetary expansion. It has the same cause as all other inflation: money-issuing bodies, central or otherwise, produce currency to pay spiraling costs, often from lax fiscal policy, or the mounting costs of warfare. When business people perceive that the issuer is committed to a policy of rapid currency expansion, they mark up prices to cover the expected decay in the currency's value. The issuer must then accelerate its expansion to cover these prices, which pushes the currency value down even faster than before. According to this model the issuer cannot "win" and the only solution is to abruptly stop expanding the currency. Unfortunately, the end of expansion can cause a severe financial shock to those using the currency as expectations are suddenly adjusted. This policy, combined with reductions of pensions, wages, and government outlays, formed part of the Washington consensus of the 1990s. Whatever the cause, hyperinflation involves both the supply and velocity of money. Which comes first is a matter of debate, and there may be no universal story that applies to all cases. But once the hyperinflation is established, the pattern of increasing the money stock, by whichever agencies are allowed to do so, is universal. Because this practice increases the supply of currency without any matching increase in demand for it, the price of the currency, that is the exchange rate, naturally falls relative to other currencies. Inflation becomes hyperinflation when the increase in money supply turns specific areas of pricing power into a general frenzy of spending quickly before money becomes worthless. The purchasing power of the currency drops so rapidly that holding cash for even a day is an unacceptable loss of purchasing power. As a result, no one holds currency, which increases the velocity of money, and worsens the crisis. Because rapidly rising prices undermine the role of money as a store of value, people try to spend it on real goods or services as quickly as possible. Thus, the monetary model predicts that the velocity of money will increase as a result of an excessive increase in the money supply. At the point when money velocity and prices rapidly accelerate in a vicious circle, hyperinflation is out of control, because ordinary policy mechanisms, such as increasing reserve requirements, raising interest rates, or cutting government spending will be ineffective and be responded to by shifting away from the rapidly devalued money and towards other means of exchange. During a period of hyperinflation, bank runs, loans for 24-hour periods, switching to alternate currencies, the return to use of gold or silver or even barter become common. Many of the people who hoard gold today expect hyperinflation, and are hedging against it by holding specie. There may also be extensive capital flight or flight to a "hard" currency such as the US dollar. This is sometimes met with capital controls, an idea that has swung from standard, to anathema, and back into semi-respectability. All of this constitutes an economy that is operating in an "abnormal" way, which may lead to decreases in real production. If so, that intensifies the hyperinflation, since it means that the amount of goods in "too much money chasing too few goods" formulation is also reduced. This is also part of the vicious circle of hyperinflation. Once the vicious circle of hyperinflation has been ignited, dramatic policy means are almost always required. Simply raising interest rates is insufficient. Bolivia, for example, underwent a period of hyperinflation in 1985, where prices increased 12,000% in the space of less than a year. The government raised the price of gasoline, which it had been selling at a huge loss to quiet popular discontent, and the hyperinflation came to a halt almost immediately, since it was able to bring in hard currency by selling its oil abroad. The crisis of confidence ended, and people returned deposits to banks. The German hyperinflation (1919 – November 1923) was ended by producing a currency based on assets loaned against by banks, called the Rentenmark. Hyperinflation often ends when a civil conflict ends with one side winning. Although wage and price controls are sometimes used to control or prevent inflation, no episode of hyperinflation has been ended by the use of price controls alone, because price controls that force merchants to sell at prices far below their restocking costs result in shortages that cause prices to rise still further. Nobel prize winner Milton Friedman said "We economists don't know much, but we do know how to create a shortage. If you want to create a shortage of tomatoes, for example, just pass a law that retailers can't sell tomatoes for more than two cents per pound. Instantly you'll have a tomato shortage. It's the same with oil or gas."[17] Effects Germany, 1923: banknotes had lost so much value that they were used as wallpaper. Hyperinflation increases stock market prices, wipes out the purchasing power of private and public savings, distorts the economy in favor of the hoarding of real assets, causes the monetary base (whether specie or hard currency) to flee the country, and makes the afflicted area anathema to investment. One of the most important characteristics of hyperinflation is the accelerating substitution of the inflating money by stable money—gold and silver in former times, then relatively stable foreign currencies after the breakdown of the gold or silver standards (Thiers' Law). If inflation is high enough, government regulations like heavy penalties and fines, often combined with exchange controls, cannot prevent this currency substitution. As a consequence, the inflating currency is usually heavily undervalued compared to stable foreign money in terms of purchasing power parity. So foreigners can live cheaply and buy at low prices in the countries hit by high inflation. It follows that governments that do not succeed in engineering a successful currency reform in time must finally legalize the stable foreign currencies (or, formerly, gold and silver) that threaten to fully substitute the inflating money. Otherwise, their tax revenues, including the inflation tax, will approach zero.[18] The last episode of hyperinflation in which this process could be observed was in Zimbabwe in the first decade of the 21st century. In this case, the local money was mainly driven out by the US dollar and the South African rand. Enactment of price controls to prevent discounting the value of paper money relative to gold, silver, hard currency, or other commodities fail to force acceptance of a paper money that lacks intrinsic value. If the entity responsible for printing a currency promotes excessive money printing, with other factors contributing a reinforcing effect, hyperinflation usually continues. Hyperinflation is generally associated with paper money, which can easily be used to increase the money supply: add more zeros to the plates and print, or even stamp old notes with new numbers.[19] Historically, there have been numerous episodes of hyperinflation in various countries followed by a return to "hard money". Older economies would revert to hard currency and barter when the circulating medium became excessively devalued, generally following a "run" on the store of value. Much attention on hyperinflation centers on the effect on savers whose investments become worthless. Interest rate changes often cannot keep up with hyperinflation or even high inflation, certainly with contractually fixed interest rates. For example, in the 1970s in the United Kingdom inflation reached 25% per annum, yet interest rates did not rise above 15%—and then only briefly—and many fixed interest rate loans existed. Contractually, there is often no bar to a debtor clearing his long term debt with "hyperinflated cash", nor could a lender simply somehow suspend the loan. Contractual "early redemption penalties" were (and still are) often based on a penalty of n months of interest/payment; again no real bar to paying off what had been a large loan. In interwar Germany, for example, much private and corporate debt was effectively wiped out—certainly for those holding fixed interest rate loans. Ludwig von Mises used the term "crack-up boom" (German: Katastrophenhausse) to describe the economic consequences of an unmitigated increasing in the base-money supply.[20] As more and more money is provided, interest rates decline towards zero. Realizing that fiat money is losing value, investors will try to place money in assets such as real estate, stocks, even art; as these appear to represent "real" value. Asset prices are thus becoming inflated. This potentially spiraling process will ultimately lead to the collapse of the monetary system. The Cantillon effect[21] says that those institutions that receive the new money first are the beneficiaries of the policy. Aftermath Hyperinflation is ended by drastic remedies, such as imposing the shock therapy of slashing government expenditures or altering the currency basis. One form this may take is dollarization, the use of a foreign currency (not necessarily the U.S. dollar) as a national unit of currency. An example was dollarization in Ecuador, initiated in September 2000 in response to a 75% loss of value of the Ecuadorian sucre in early 2000. Usually the "dollarization" takes place in spite of all efforts of the government to prevent it by exchange controls, heavy fines and penalties. The government has thus to try to engineer a successful currency reform stabilizing the value of the money. If it does not succeed with this reform the substitution of the inflating by stable money goes on. Thus it is not surprising that there have been at least seven historical cases in which the good (foreign) money did fully drive out the use of the inflating currency. In the end, the government had to legalize the former, for otherwise its revenues would have fallen to zero.[18] Hyperinflation has always been a traumatic experience for the people who suffer it, and the next political regime almost always enacts policies to try to prevent its recurrence. Often this means making the central bank very aggressive about maintaining price stability, as was the case with the German Bundesbank, or moving to some hard basis of currency, such as a currency board. Many governments have enacted extremely stiff wage and price controls in the wake of hyperinflation, but this does not prevent further inflation of the money supply by the central bank, and always leads to widespread shortages of consumer goods if the controls are rigidly enforced. Currency In countries experiencing hyperinflation, the central bank often prints money in larger and larger denominations as the smaller denomination notes become worthless. This can result in the production of unusually large denominations of banknotes, including those denominated in amounts of 1,000,000,000 or more. By late 1923, the Weimar Republic of Germany was issuing two-trillion mark banknotes and postage stamps with a face value of fifty billion marks. The highest value banknote issued by the Weimar government's Reichsbank had a face value of 100 trillion marks (1014; 100,000,000,000,000; 100 million million).[22][23] At the height of the inflation, one US dollar was worth 4 trillion German marks. One of the firms printing these notes submitted an invoice for the work to the Reichsbank for 32,776,899,763,734,490,417.05 (3.28 × 1019, roughly 33 quintillion) marks.[24] The largest denomination banknote ever officially issued for circulation was in 1946 by the Hungarian National Bank for the amount of 100 quintillion pengő (1020; 100,000,000,000,000,000,000; 100 million million million) image. (A banknote worth 10 times as much, 1021 (1 sextillion) pengő, was printed but not issued image.) The banknotes did not show the numbers in full: "hundred million b.-pengő" ("hundred million trillion pengő") and "one milliard b.-pengő" were spelled out instead. This makes the 100,000,000,000,000 Zimbabwean dollar banknotes the note with the greatest number of zeros shown. The Post-World War II hyperinflation of Hungary held the record for the most extreme monthly inflation rate ever – 41.9 quadrillion percent (4.19 × 1016%; 41,900,000,000,000,000%) for July 1946, amounting to prices doubling every 15.3 hours. By comparison, on 14 November 2008, Zimbabwe's annual inflation rate was estimated to be 89.7 sextillion (1021) percent.[25] The highest monthly inflation rate of that period was 79.6 billion percent (7.96 × 1010%; 79,600,000,000%), and a doubling time of 24.7 hours. One way to avoid the use of large numbers is by declaring a new unit of currency. (As an example, instead of 10,000,000,000 dollars, a central bank might set 1 new dollar = 1,000,000,000 old dollars, so the new note would read "10 new dollars".) One example of this is Turkey's revaluation of the Lira on 1 January 2005, when the old Turkish lira (TRL) was converted to the New Turkish lira (TRY) at a rate of 1,000,000 old to 1 new Turkish Lira. While this does not lessen the actual value of a currency, it is called redenomination or revaluation and also occasionally happens in countries with lower inflation rates. During hyperinflation, currency inflation happens so quickly that bills reach large numbers before revaluation. Some banknotes were stamped to indicate changes of denomination, as it would have taken too long to print new notes. By the time new notes were printed, they would be obsolete (that is, they would be of too low a denomination to be useful). Metallic coins were rapid casualties of hyperinflation, as the scrap value of metal enormously exceeded its face value. Massive amounts of coinage were melted down, usually illicitly, and exported for hard currency. Governments will often try to disguise the true rate of inflation through a variety of techniques. None of these actions addresses the root causes of inflation; and if discovered, they tend to further undermine trust in the currency, causing further increases in inflation. Price controls will generally result in shortages and hoarding and extremely high demand for the controlled goods, causing disruptions of supply chains. Products available to consumers may diminish or disappear as businesses no longer find it economic to continue producing and/or distributing such goods at the legal prices, further exacerbating the shortages. There are also issues with computerized money-handling systems. In Zimbabwe, during the hyperinflation of the Zimbabwe dollar, many automated teller machines and payment card machines struggled with arithmetic overflow errors as customers required many billions and trillions of dollars at one time.[26] Notable hyperinflationary periods Argentina Argentina inflation 1994 - 2021 Main article: Argentine monetary crisis [icon] This section is empty. You can help by adding to it. (December 2022) Austria Hanke Krus Hyperinflation Table that lists 56 episodes of hyperinflation (following Cagan's definition) In 1922, inflation in Austria reached 1,426%, and from 1914 to January 1923, the consumer price index rose by a factor of 11,836, with the highest banknote in denominations of 500,000 Kronen.[a] After World War I, essentially all State enterprises ran at a loss, and the number of state employees in the capital, Vienna, was greater than in the earlier monarchy, even though the new republic was nearly one-eighth of the size.[28] Observing the Austrian response to developing hyperinflation, which included the hoarding of food and the speculation in foreign currencies, Owen S. Phillpotts, the Commercial Secretary at the British Legation in Vienna wrote: "The Austrians are like men on a ship who cannot manage it, and are continually signalling for help. While waiting, however, most of them begin to cut rafts, each for himself, out of the sides and decks. The ship has not yet sunk despite the leaks so caused, and those who have acquired stores of wood in this way may use them to cook their food, while the more seamanlike look on cold and hungry. The population lack courage and energy as well as patriotism."[29] Start and end date: October 1921 – September 1923 Peak month and rate of inflation: August 1922, 129%[30] Bolivia Increasing hyperinflation in Bolivia has plagued, and at times crippled, its economy and currency since the 1970s. At one time in 1985, the country experienced an annual inflation rate of more than 20,000%. Fiscal and monetary reform reduced the inflation rate to single digits by the 1990s, and in 2004 Bolivia experienced a manageable 4.9% rate of inflation.[31] In 1987, the Bolivian peso was replaced by the new boliviano at a rate of one million to one (when 1 US dollar was worth 1.8–1.9 million pesos). At that time, 1 new boliviano was roughly equivalent to 1 U.S. dollar. Brazil Brazil Inflation 1981-1995 Main article: Hyperinflation in Brazil Brazilian hyperinflation lasted from 1985 (the year when the military dictatorship ended) to 1994, with prices rising by 184,901,570,954.39% (or 1.849×1011 percent; equivalent to a tenfold increase on average a year) in that time[32] due to the uncontrolled printing of money.[citation needed]There were many economic plans that tried to contain hyperinflation including zeroes cuts, price freezes and even confiscation of bank accounts.[33] The highest value was in March 1990, when the government inflation index reached 82.39%. Hyperinflation ended in July 1994 with the Real Plan during the government of Itamar Franco.[34] During the period of inflation Brazil adopted a total of six different currencies, as the government constantly changed due to rapid devaluation and increase in the number of zeros.[34] Start and End Date: Jan. 1985 – Mid-Jul. 1994 Peak Month and Rate of Inflation: Mar. 1990, 82.39% China See also: Economic history of China (1912–1949) Hyperinflation was a major factor in the collapse of the Nationalist government of Chiang Kai-shek.[35]: 5–6  After a brief decrease following the defeat of Japan in the Second Sino-Japanese War, hyperinflation resumed in October 1945.[35]: 7  From 1948 to 1949, near the end of the Chinese Civil War, the Republic of China went through a period of hyperinflation. In 1947, the highest denomination bill was 50,000 yuan. By mid-1948, the highest denomination was 180,000,000 yuan. In October 1948, the Nationalist government replaced its fabi currency with the gold yuan.[35]: 8  The gold yuan deteriorated even faster than the fabi had.[35]: 8  First episode: Start and end date: July 1943 – August 1945 Peak month and rate of inflation: June 1945, 302% Second episode: Start and end date: October 1947 – mid May 1949 Peak month and rate of inflation: April 5,070%[36] The Communists gained significant legitimacy by defeating hyperinflation in the late 1940s and early 1950s.[37] Their development of state trading agencies reintegrated markets and trading networks, ultimately stabilizing prices.[37] France During the French Revolution and first Republic, the National Assembly issued bonds, some backed by seized church property, called assignats.[38] Napoleon replaced them with the franc in 1803, at which time the assignats were basically worthless. Stephen D. Dillaye pointed out that one of the reasons for the failure was massive counterfeiting of the paper currency, largely through London. According to Dillaye: "Seventeen manufacturing establishments were in full operation in London, with a force of four hundred men devoted to the production of false and forged Assignats."[39] Start and end date: May 1795 – November 1796 Peak month and rate of inflation: mid August 1796, 304%[40] Germany (Weimar Republic) Main article: Hyperinflation in the Weimar Republic 5 million marks would have been worth $714.29 in January 1923, but was only worth about one-thousandth of one cent by October 1923. By November 1922, the value in gold of money in circulation had fallen from £300 million before World War I to £20 million. The Reichsbank responded by the unlimited printing of notes, thereby accelerating the devaluation of the mark. In his report to London, Lord D'Abernon wrote: "In the whole course of history, no dog has ever run after its own tail with the speed of the Reichsbank."[41][42] Germany went through its worst inflation in 1923. In 1922, the highest denomination was 50,000ℳ. By 1923, the highest denomination was 100,000,000,000,000ℳ (1014 marks). In December 1923 the exchange rate was 4,200,000,000,000ℳ (4.2 × 1012 marks) to 1 US dollar.[43] In 1923, the rate of inflation hit 3.25 × 106 percent per month (prices double every two days). Beginning on 20 November 1923, 1,000,000,000,000ℳ were exchanged for 1 Rentenmark, so that RM 4.2 was worth 1 US dollar, exactly the same rate the mark had in 1914.[43] First phase: Start and end date: January 1920 – January 1920 Peak month and rate of inflation: January 1920, 56.9% Second phase: Start and end date: August 1922 – December 1923 Peak month and rate of inflation: November 1923, 29,525%[30] Greece (German–Italian occupation) With the German invasion in April 1941, there was an abrupt increase in prices. This was due to psychological factors related to the fear of shortages and to the hoarding of goods. During the German and Italian Axis occupation of Greece (1941–1944), the agricultural, mineral, industrial etc. production of Greece were used to sustain the occupation forces, but also to secure provisions for the Afrika Korps. One part of these "sales" of provisions was settled with bilateral clearing through the German DEGRIGES and the Italian Sagic companies at very low prices. As the value of Greek exports in drachmas fell, the demand for drachmas followed suit and so did its forex rate. While shortages started due to naval blockades and hoarding, the prices of commodities soared. The other part of the "purchases" was settled with drachmas secured from the Bank of Greece and printed for this purpose by private printing presses. As prices soared, the Germans and Italians started requesting more and more drachmas from the Bank of Greece to offset price increases; each time prices increased, the note circulation followed suit soon afterwards. For the year starting November 1943, the inflation rate was 2.5 × 1010%, the circulation was 6.28 × 1018 drachmae and one gold sovereign cost 43,167 billion drachmas. The hyperinflation started subsiding immediately after the departure of the German occupation forces, but inflation rates took several years to fall below 50%.[44] Start and end date: June 1941 – January 1946 Peak month and rate of inflation: December 1944, 3.0×1010% Hungary Main article: Hungarian pengő hyperinflation The 100 million b.-P note was the highest denomination of banknote ever issued, worth 1020P, or 100 quintillion pengoes (1946). B.-pengő was short for "billió pengő", i.e. 1012P. The Treaty of Trianon and political instability between 1919 and 1924 led to a major inflation of Hungary's currency. In 1921, in an attempt to stop this inflation, the national assembly of Hungary passed the Hegedüs reforms, including a 20% levy on bank deposits, but this precipitated a mistrust of banks by the public, especially the peasants, and resulted in a reduction in savings, and thus an increase in the amount of currency in circulation.[45] Due to the reduced tax base, the government resorted to printing money, and in 1923 inflation in Hungary reached 98% per month. Between the end of 1945 and July 1946, Hungary went through the highest inflation ever recorded. In 1944, the highest banknote value was 1,000 P. By the end of 1945, it was 10,000,000 P, and the highest value in mid-1946 was 100,000,000,000,000,000,000 P (1020 pengő). A special currency, the adópengő (or tax pengő) was created for tax and postal payments.[46] The inflation was such that the value of the adópengő was adjusted each day by radio announcement. On 1 January 1946, one adópengő equaled one pengő, but by late July, one adópengő equaled 2,000,000,000,000,000,000,000 P or 2×1021 P (2 sextillion pengő). When the pengő was replaced in August 1946 by the forint, the total value of all Hungarian banknotes in circulation amounted to 1⁄1,000 of one US cent.[47] Inflation had peaked at 1.3 × 1016% per month (i.e. prices doubled every 15.6 hours).[48] On 18 August 1946, 400,000,000,000,000,000,000,000,000,000 P (4×1029 pengő, four hundred quadrilliard on the long scale used in Hungary, or four hundred octillion on short scale) became 1 Ft. Start and end date: August 1945 – July 1946 Peak month and rate of inflation: July 1946, 41.9×1015%[49] Malaya (Japanese occupation) Banana banknotes issued by the Japanese Government during the occupation of Malaya. The term "banana notes" originates from the motifs of banana trees on the currency's 10-dollar banknote. Malaya and Singapore were under Japanese occupation from 1942 until 1945. The Japanese issued "banana notes" as the official currency to replace the Straits currency issued by the British. During that time, the cost of basic necessities increased drastically. As the occupation proceeded, the Japanese authorities printed more money to fund their wartime activities, which resulted in hyperinflation and a severe depreciation in value of the banana note. From February to December 1942, $100 of Straits currency was worth $100 in Japanese scrip, after which the value of Japanese scrip began to erode, reaching $385 in December 1943 and $1,850 one year later. By 1 August 1945, this had inflated to $10,500, and 11 days later it had reached $95,000. After 13 August 1945, Japanese scrip had become valueless.[50] North Korea North Korea has most likely experienced hyperinflation from December 2009 to mid-January 2011. Based on the price of rice, North Korea's hyperinflation peaked in mid-January 2010, but according to black market exchange-rate data, and calculations based on purchasing power parity, North Korea experienced its peak month of inflation in early March 2010. These data points are unofficial, however, and therefore must be treated with a degree of caution.[51] Peru Main article: Lost Decade (Peru) See also: La Década Perdida In modern history, Peru underwent a period of hyperinflation in the 1980s to the early 1990s starting with President Fernando Belaúnde's second administration, heightened during Alan García's first administration, to the beginning of Alberto Fujimori's term. 1 US dollar was worth over S/3,210,000,000. Garcia's term introduced the inti, which worsened inflation into hyperinflation. Peru's currency and economy were stabilized under Fujimori's Nuevo Sol program, which has remained Peru's currency since 1991.[52] Poland Poland has gone through two episodes of hyperinflation since the country regained independence following the end of World War I, the first in 1923, the second in 1989–1990. Both events resulted in the introduction of new currencies. In 1924, the złoty replaced the original currency of post-war Poland, the mark. This currency was subsequently replaced by another of the same name in 1950. As a result of the second hyperinflation crisis, the current new złoty was introduced in 1995 (ISO code: PLN). See the article on Polish złoty for more information about the currency's history. The newly independent Poland had been struggling with a large budget deficit since its inception in 1918 but it was in 1923 when inflation reached its peak. The exchange rate of the Polish mark (Mp) to the US dollar dropped from Mp 9.- per dollar in 1918 to Mp 6,375,000.- per dollar at the end of 1923. A new personal 'inflation tax' was introduced. The resolution of the crisis is attributed to Władysław Grabski, who became prime minister of Poland in December 1923. Having nominated an all-new government and being granted extraordinary lawmaking powers by the Sejm for a period of six months, he introduced a new currency, the złoty ("florin" in Polish), established a new national bank and scrapped the inflation tax, which took place throughout 1924.[53] The economic crisis in Poland in the 1980s was accompanied by rising inflation when new money was printed to cover a budget deficit. Although inflation was not as acute as in 1920s, it is estimated that its annual rate reached around 600% in a period of over a year spanning parts of 1989 and 1990. The economy was stabilised by the adoption of the Balcerowicz Plan in 1989, named after the main author of the reforms, minister of finance Leszek Balcerowicz. The plan was largely inspired by the previous Grabski's reforms.[53] Philippines The Japanese government occupying the Philippines during World War II issued fiat currencies for general circulation. The Japanese-sponsored Second Philippine Republic government led by Jose P. Laurel at the same time outlawed possession of other currencies, most especially "guerrilla money". The fiat money's lack of value earned it the derisive nickname "Mickey Mouse money". Survivors of the war often tell tales of bringing suitcases or bayong (native bags made of woven coconut or buri leaf strips) overflowing with Japanese-issued notes. Early on, 75 JIM pesos could buy one duck egg.[54] In 1944, a box of matches cost more than 100 JIM pesos.[55] In 1942, the highest denomination available was ₱10. Before the end of the war, because of inflation, the Japanese government was forced to issue ₱100, ₱500, and ₱1,000 notes. Start and end date: January 1944 – December 1944 Peak month and rate of inflation: January 1944, 60%[56] Soviet Union Main article: Hyperinflation in early Soviet Russia A seven-year period of uncontrollable spiralling inflation occurred in the early Soviet Union, running from the earliest days of the Bolshevik Revolution in November 1917 to the reestablishment of the gold standard with the introduction of the chervonets as part of the New Economic Policy. The inflationary crisis effectively ended in March 1924 with the introduction of the so-called "gold ruble" as the country's standard currency. The early Soviet hyperinflationary period was marked by three successive redenominations of its currency, in which "new rubles" replaced old at the rates of 10,000:1 (1 January 1922), 100:1 (1 January 1923), and 50,000:1 (7 March 1924), respectively. Between 1921 and 1922, inflation in the Soviet Union reached 213%. Turkey Turkey inflation rate (Year over Year) Main article: 2018–2023 Turkish currency and debt crisis Since the end of 2017 Turkey has had high inflation rates. It is speculated that the new elections took place frustrated because of the impending crisis to forestall.[57][58][59] In October 2017, inflation was at 11.9%, the highest rate since July 2008.[60] The lira fell from TL 1.503 = US$1 in 2010 to TL 23.1446 = US$1 in June 2023.[61] In February 2022 inflation rose to 54.4%.[62][63] In March 2022, inflation was above 60%.[64] Venezuela Main article: Hyperinflation in Venezuela See also: Crisis in Venezuela The value of one US dollar in Venezuelan bolivares on the black market through time, according to DolarToday.com. Blue and red vertical lines represent every time the currency has lost 99% of its value. This has happened almost five times since 2012, meaning that the currency is worth, as of November 2020, almost 1 billion times less than in August 2012. Venezuela's hyperinflation began in November 2016.[65] Inflation of Venezuela's bolivar fuerte (VEF) in 2014 reached 69%[66] and was the highest in the world.[67][68] In 2015, inflation was 181%, the highest in the world and the highest in the country's history at that time,[69][70] 800% in 2016,[71] over 4,000% in 2017,[72][73][74][75] and 1,698,488% in 2018,[76] with Venezuela spiraling into hyperinflation.[77] While the Venezuelan government "has essentially stopped" producing official inflation estimates as of early 2018, one estimate of the rate at that time was 5,220%, according to inflation economist Steve Hanke of Johns Hopkins University.[78] Inflation has affected Venezuelans so much that in 2017, some people became video game gold farmers and could be seen playing games such as RuneScape to sell in-game currency or characters for real currency. In many cases, these gamers made more money than salaried workers in Venezuela even though they were earning just a few dollars per day.[79] During the Christmas season of 2017, some shops would no longer use price tags since prices would inflate so quickly, so customers were required to ask staff at stores how much each item was.[80] The International Monetary Fund estimated in 2018 that Venezuela's inflation rate would reach 1,000,000% by the end of the year.[81] This forecast was criticized by Steve H. Hanke, professor of applied economics at The Johns Hopkins University and senior fellow at the Cato Institute. According to Hanke, the IMF had released a "bogus forecast" because "no one has ever been able to accurately forecast the course or the duration of an episode of hyperinflation. But that has not stopped the IMF from offering inflation forecasts for Venezuela that have proven to be wildly inaccurate".[82] In July 2018, hyperinflation in Venezuela was sitting at 33,151%, "the 23rd most severe episode of hyperinflation in history".[82] In April 2019, the International Monetary Fund estimated that inflation would reach 10,000,000% by the end of 2019.[83] In May 2019, the Central Bank of Venezuela released economic data for the first time since 2015. According to this release, the inflation of Venezuela was 274% in 2016, 863% in 2017 and 130,060% in 2018.[84] The annualised inflation rate as of April 2019 was estimated to be 282,972.8% as of April 2019, and cumulative inflation from 2016 to April 2019 was estimated at 53,798,500%.[85] The new reports imply a contraction of more than half of the economy in five years, according to the Financial Times "one of the biggest contractions in Latin American history".[86] According to undisclosed sources from Reuters, the release of these numbers was due to pressure from China, a Maduro ally. One of these sources claims that the disclosure of economic numbers may bring Venezuela into compliance with the IMF, making it harder to support Juan Guaidó during the presidential crisis.[87] At the time, the IMF was not able to support the validity of the data as they had not been able to contact the authorities.[87] Start and end date: November 2016 – present Peak month and rate of inflation: April 2018, 234% (Hanke estimate);[88] September 2018, 233% (National Assembly estimate)[89] Vietnam Vietnam went through a period of chaos and high inflation in the late 1980s, with inflation peaking at 774% in 1988, after the country's "price-wage-currency" reform package, led by then-Deputy Prime Minister Trần Phương, had failed.[90] High inflation also occurred in the early stages of the socialist-oriented market economic reforms commonly referred to as the Đổi Mới. Yugoslavia A 500 billion DIN banknote circa 1993, the largest nominal value ever officially printed in Yugoslavia, the final result of hyperinflation. Hyperinflation in the Socialist Federal Republic of Yugoslavia happened before and during the period of breakup of Yugoslavia, from 1989 to 1991. In April 1992, one of its successor states, FR Yugoslavia, entered a period of hyperinflation in the Federal Republic of Yugoslavia, that lasted until 1994. One of several regional conflicts accompanying the dissolution of Yugoslavia was the Bosnian War (1992–1995). The Belgrade government of Slobodan Milošević backed ethnic Serbian forces in the conflict, resulting in a United Nations boycott of Yugoslavia. The UN boycott collapsed an economy already weakened by regional war, with the projected monthly inflation rate accelerating to one million percent by December 1993 (prices double every 2.3 days).[91] The highest denomination in 1988 was 50,000 DIN. By 1989, it was 2,000,000 DIN. In the 1990 currency reform, 1 new dinar was exchanged for 10,000 old dinars. After socialist Yugoslavia broke up, the 1992 currency reform in FR Yugoslavia led to 1 new dinar being exchanged for 10 old dinars. The highest denomination in 1992 was 50,000 DIN. By 1993, it was 10,000,000,000 DIN. In the 1993 currency reform, 1 new dinar was exchanged for 1,000,000 old dinars. Before the year was over, however, the highest denomination was 500,000,000,000 dinars. In the 1994 currency reform, 1 new dinar was exchanged for 1,000,000,000 old dinars. In another currency reform a month later, 1 novi dinar was exchanged for 13 million dinars (1 novi dinar = 1 Deutschmark at the time of exchange). The overall impact of hyperinflation was that 1 novi dinar was equal to 1 × 1027 – 1.3 × 1027 pre-1990 dinars. Yugoslavia's rate of inflation hit 5 × 1015% cumulative inflation over the time period 1 October 1993 and 24 January 1994. SFR Yugoslavia: Start and End Date: Sept. 1989 – Dec. 1989 Peak month and rate of inflation: December 1989, 59.7% FR Yugoslavia: Start and end date: April 1992 – January 1994 Peak month and rate of inflation: January 1994, 3.13×109%[92] Zimbabwe Main article: Hyperinflation in Zimbabwe The Z$100 trillion banknote (Z$1014), equal to Z$1027 (1 octillion) pre-2006 dollars. Zimbabwe inflation of almost 25,000% in 2007 Hyperinflation in Zimbabwe was one of the few instances that resulted in the abandonment of the local currency. At independence in 1980, the Zimbabwe dollar (ZWD) was worth about US$1.25. Afterwards, however, rampant inflation and the collapse of the economy severely devalued the currency. Inflation was relatively steady until the early 1990s when economic disruption caused by failed land reform agreements and rampant government corruption resulted in reductions in food production and the decline of foreign investment. Several multinational companies began hoarding retail goods in warehouses in Zimbabwe and just south of the border, preventing commodities from becoming available on the market.[93][94][95][96] The result was that to pay its expenditures Mugabe's government and Gideon Gono's Reserve Bank printed more and more notes with higher face values. Hyperinflation began early in the 21st century, reaching 624% in 2004. It fell back to low triple digits before surging to a new high of 1,730% in 2006. The Reserve Bank of Zimbabwe revalued on 1 August 2006 at a ratio of 1,000 ZWD to each second dollar (ZWN), but year-to-year inflation rose by June 2007 to 11,000% (versus an earlier estimate of 9,000%). Larger denominations were progressively issued in 2008: 5 May: banknotes or "bearer cheques" for the value of Z$100 million and Z$250 million.[97] 15 May: new bearer cheques with a value of Z$500 million (then equivalent to about US$2.50).[98] 20 May: a new series of notes ("agro cheques") in denominations of Z$5 billion, Z$25 billion and Z$50 billion. 21 July: a "special agro-cheque" for Z$100 billion.[99] Inflation by 16 July officially surged to 2,200,000%[100] with some analysts estimating figures surpassing 9,000,000%.[101] As of 22 July 2008 the value of the Zimbabwe dollar fell to approximately Z$688 billion per US$1, or Z$688 trillion in pre-August 2006 Zimbabwean dollars.[102][failed verification] Date of redenomination Currency code Value 1 August 2006 ZWN $1,000 ZWD 1 August 2008 ZWR $1010 ZWN = $1013 ZWD 2 February 2009 ZWL $1012 ZWR = $1022 ZWN = $1025 ZWD On 1 August 2008, the Zimbabwe dollar was redenominated at the ratio of 1010 ZWN to each third dollar (ZWR).[103] On 19 August 2008, official figures announced for June estimated the inflation over 11,250,000%.[104] Zimbabwe's annual inflation was 231,000,000% in July[105] (prices doubling every 17.3 days). By October 2008 Zimbabwe was mired in hyperinflation with wages falling far behind inflation. In this dysfunctional economy hospitals and schools had chronic staffing problems, because many nurses and teachers could not afford bus fare to work. Most of the capital of Harare was without water because the authorities had stopped paying the bills to buy and transport the treatment chemicals. Desperate for foreign currency to keep the government functioning, Zimbabwe's central bank governor, Gideon Gono, sent runners into the streets with suitcases of Zimbabwean dollars to buy up American dollars and South African rand.[106] For periods after July 2008, no official inflation statistics were released. Prof. Steve H. Hanke overcame the problem by estimating inflation rates after July 2008 and publishing the Hanke Hyperinflation Index for Zimbabwe.[107] Prof. Hanke's HHIZ measure indicated that the inflation peaked at an annual rate of 89.7 sextillion percent (89,700,000,000,000,000,000,000%, or 8.97×1022%) in mid-November 2008. The peak monthly rate was 79.6 billion percent, which is equivalent to a 98% daily rate, or around 7×10108% yearly rate. At that rate, prices were doubling every 24.7 hours. Note that many of these figures should be considered mostly theoretical since hyperinflation did not proceed at this rate over a whole year.[108] Selection of 16 original un-circulated Zimbabwe notes ranging in denomination from Z$1 to Z$100 trillion. They are all signed by Gideon Gono, the Governor of the Reserve Bank of Zimbabwe, in the period 2007 to 2008, who promises "to pay the bearer on demand". At its November 2008 peak, Zimbabwe's rate of inflation approached, but failed to surpass, Hungary's July 1946 world record.[108] On 2 February 2009, the dollar was redenominated for the third time at the ratio of 1012 ZWR to 1 ZWL, only three weeks after the Z$100 trillion banknote was issued on 16 January,[109][110] but hyperinflation waned by then as official inflation rates in USD were announced and foreign transactions were legalised,[108] and on 12 April the Zimbabwe dollar was abandoned in favour of using only foreign currencies. The overall impact of hyperinflation was US$1 = Z$1025. Start and end date: March 2007 – mid November 2008 Peak month and rate of inflation: mid November 2008, 7.96×1010%[111] Ironically, following the abandonment of the ZWR and subsequent use of reserve currencies, banknotes from the hyperinflation period of the old Zimbabwe dollar began attracting international attention as collectors items, having accrued numismatic value, selling for prices many orders of magnitude higher than their old purchasing power.[112][113] Examples of high inflation This article is missing information about The current inflation in Iran is 30.5% and there is a proposal to replace the rial by the toman with a rate of 1:10,000.. Please expand the article to include this information. Further details may exist on the talk page. (February 2022) Countries have experienced periods of very high inflation, that did not reach hyperinflation, as defined as a monthly inflation rate exceeding 50% per month. Imperial China As the first user of fiat currency, China was also the first country to experience high inflation. Paper currency was introduced during the Tang dynasty, and was generally welcomed. It maintained its value, as successive Chinese governments put in place strict controls on issuance. The convenience of paper currency for trade purposes led to strong demand for paper currency. It was only when discipline on quantity supplied broke down that inflation emerged.[114] The Yuan dynasty (1271–1368) was the first to print large amounts of fiat paper money to fund its wars, resulting in very high inflation. Ancient Rome During the Crisis of the Third Century, Rome underwent high inflation caused by years of coinage devaluation.[115] Argentina Argentina inflation 1980-1993 USD / Argentina Currency Exchange Rates *From January 1970 to May 1983: Pesos Ley 18188 *From June 1983 to May 1985: Peso Argentino *From June 1985 to December 1991: Australes See also: Historical exchange rates of Argentine currency See also: Latin American debt crisis, La Década Perdida, and Central Bank of Argentina Argentina has an economic history of very high inflation since World War II, mostly caused by excessive money supply increases. The Latin American debt crisis was caused by foreign debt held in other currencies, and exploded because the floating exchange rates depreciated the Argentinian currencies because of inflation, capital flight, and not enough foreign reserve currencies ratio.[116][117][118] Holy Roman Empire Main article: Kipper und Wipper Between 1620 and 1622 the Kreuzer fell from 1 Reichsthaler to 124 Kreuzer in end of 1619 to 1 Reichstaler to over 600 (regionally over 1000) Kreuzer in end of 1622, during the Thirty Years' War. This is a monthly inflation rate of over 20.6% (regionally over 34.4%). Brazil Brazil Inflation 1981-1995 Main article: Hyperinflation in Brazil After the Military dictatorship in Brazil ended in 1985 and its transition to democracy. Tancredo Neves dies shortly after winning the 1985 Brazilian presidential election and his Vice President José Sarney becomes president. In 1986 inflation was already at 400% annually and Sarney tried to remedy inflation with a wage freeze, price controls, and reforming the currency by dropping three zeros from it, all while tripling the money supply to fund government expenditures and public sector that was consuming 50% of GDP at the time. Bank loans had an interest rate of around 25% a month to maintain a positive real yield during inflation. In February 1987 the government defaulted on $110 billion in foreign loans, that was part of the Latin American debt crisis.[119][120] Iraq Between 1987 and 1995 the Iraqi Dinar went from an official value of 0.306 Dinars/USD (or US$3.26 per dinar, though the black market rate is thought to have been substantially lower) to 3,000 dinars/USD due to government printing of tens of trillions of dinars starting with a base of only tens of billions. That equates to approximately 315% inflation per year averaged over that eight-year period.[121] Mexico Mexico inflation rate 1970-2022 In spite of increased oil prices in the late 1970s (Mexico is a producer and exporter), Mexico defaulted on its external debt in 1982. As a result, the country suffered a severe case of capital flight and several years of acute inflation and peso devaluation. On 1 January 1993, Mexico created a new currency, the nuevo peso ("new peso", or MXN), which chopped three zeros off the old peso (One new peso was equal to 1,000 old MXP pesos). Nicaragua Nicaragua inflation rate 1980-1993 See also: Economic history of Nicaragua After the Nicaraguan Revolution in 1979 where the communist Sandinista National Liberation Front ousted the Somoza dictatorship, the economy contracted by 34 percent during that time. The Sandinistas nationalized many industries and had expansive monetary policy that started to contribute to rising inflation. Fighting with the Contras and the United States embargo against Nicaragua in May 1985 also contributed to the problem. Inflation hit 10,000% in 1988. [122] Ecuador Main article: 1998–1999 Ecuador economic crisis Between 1998 and 1999, Ecuador faced a period of economic instability that resulted from a combined banking crisis, currency crisis, and sovereign debt crisis.[123] Severe inflation and devaluation of the Ecuadorean Sucre lead to President Jamil Mahuad announcing on 9 January 2000 that the US dollar would be adopted as the national currency. Despite the government's efforts to curb inflation, the Sucre depreciated rapidly at the end of 1999, resulting in widespread informal use of U.S. dollars in the financial system. As a last resort to prevent hyperinflation, the government formally adopted the U.S. dollar in January 2000. The stability of the new currency was a necessary first step towards economic recovery, but the exchange rate was fixed at 25,000:1, which resulted in great losses of wealth.[124] Roman Egypt In Roman Egypt, where the best documentation on pricing has survived, the price of a measure of wheat was 200 drachmae in 276 AD, and increased to more than 2,000,000 drachmae in 334 AD, roughly 1,000,000% inflation in a span of 58 years.[125] Although the price increased by a factor of 10,000 over 58 years, the annual rate of inflation was only 17.2% (1.4% monthly) compounded. Romania Romania experienced high inflation in the 1990s. The highest denomination in 1990 was 100 lei and in 1998 was 100,000 lei. By 2000 it was 500,000 lei. In early 2005 it was 1,000,000 lei. In July 2005 the lei was replaced by the new leu at 10,000 old lei = 1 new leu. Inflation in 2005 was 9%.[126] In July 2005 the highest denomination became 500 lei (= 5,000,000 old lei). Russian Federation Russian inflation rate 1993-2022 See also: Economic history of the Russian Federation In the transition from the Soviet Union planned economy and price controls to a free market economy there were substantial imbalances in supply and demand. The Government increased the money supply by eighteen times by the end of 1992. A lot of corruption from Government enterprises taking up debt and getting bailed out from the government. The Federal budget deficit was 20 percent of GDP in 1992, mostly financed by increasing money supply. This resulted in an inflation rate of over 2,000% in 1992.[127] Transnistria The Second Transnistrian ruble consisted solely of banknotes and suffered from high inflation, necessitating the issue of notes overstamped with higher denominations. 1 and sometimes 10 rubles become 10,000 rubles, 5 rubles become 50,000 and 10 rubles become 100,000 rubles. In 2000, a new ruble was introduced at a rate of 1 new ruble = 1,000,000 old rubles. United States During the Revolutionary War, when the Continental Congress authorized the printing of paper called continental currency, the monthly inflation rate reached a peak of 47% in November 1779 (Bernholz 2003: 48). These notes depreciated rapidly, giving rise to the expression "not worth a continental". One cause of the inflation was counterfeiting by the British, who ran a press on HMS Phoenix, moored in New York Harbor. The counterfeits were advertised and sold almost for the price of the paper they were printed on.[128] During the U.S. Civil War between January 1861 and April 1865, the Confederate States decided to finance the war by printing money. The Lerner Commodity Price Index of leading cities in the eastern Confederacy states subsequently increased from 100 to 9,200 in that time.[129] In the final months of the Civil War, the Confederate dollar was almost worthless. Similarly, the Union government inflated its greenbacks, with the monthly rate peaking at 40% in March 1864 (Bernholz 2003: 107).[130] Ten most severe hyperinflations in world history This section needs to be updated. Please help update this article to reflect recent events or newly available information. (November 2020) Highest monthly inflation rates in history[131][132] Country Currency name Month Rate (%) Equivalent daily inflation rate (%) Time required for prices to double Highest denomination  Hungary Hungarian pengő July 1946 4.19×1016 207.19 14.82 hours 100 quintillion P (1020)  Zimbabwe Zimbabwe dollar November 2008 7.96×1010 98.01 24.35 hours $100 trillion (1014)  Yugoslavia Yugoslav dinar January 1994 3.13×108 64.63 1.39 days 500 billion DIN (5×1011)  Republika Srpska Republika Srpska dinar January 1994 2.97×108 64.35 1.40 days 50 billion DIN (5×1010)  Venezuela Sovereign bolívar January 2019 2.68×106 40.48 2.09 days Bs.S 1 million (equivalent to Bs. 1014)  Germany German Papiermark October 1923 29,500 20.89 3.65 days 100 trillion ℳ (1014)  Greece Greek drachma October 1944 13,800 17.88 4.21 days ₯100 billion (1011)  China Chinese yuan April 1949 5,070 14.06 5.27 days ¥6 billion  Armenia Armenian dram and Russian ruble November 1993 438 5.77 12.36 days 50,000 Rbls  Turkmenistan Turkmenistani manat November 1993 429 5.71 12.48 days 500m Units of inflation Inflation rate is usually measured in percent per year. It can also be measured in percent per month or in price doubling time. Example of inflation rates and units When first bought, an item cost 1 currency unit. Later, the price rose... Old price New price 1 year later New price 10 years later New price 100 years later (Annual) inflation [%] Monthly inflation [%] Price doubling time [years] Zero add time [years] 1 1 .0001 1 .001 1 .01 0.01 0 .0008 6931 23028 1 1 .001 1 .01 1 .11 0.1 0 .00833 693 2300 1 1 .003 1 .03 1 .35 0.3 0 .0250 231 769 1 1 .01 1 .10 2 .70 1 0 .0830 69 .7 231 1 1 .03 1 .34 19 .2 3 0 .247 23 .4 77.9 1 1 .1 2 .59 13800 10 0 .797 7 .27 24.1 1 2 1024 1.27 × 1030 100 5 .95 1 3.32 1 10 1010 10100 900 21 .2 0 .301 (3⅔ months) 1 1 31 8.20 × 1014 1.37 × 10149 3000 32 .8 0 .202 (2½ months) 0.671 (8 months) 1 129.7463 1.35 × 1021 2.04 × 10211 12874.63 50 0 .1424 (52 days) 0.4732 (5 ⅔ months) 1 1012 10120 101,200 1014 900 0 .0251 (9 days) 0.0833 (1 month) 1 1.67 × 1073 1.69 × 10732 1.87 × 107,322 1.67 × 1075 1.26 × 108 0 .00411 (36 hours) 0.0137 (5 days) 1 1.05 × 102,637 1.69 × 1026,370 1.89 × 10263,702 1.05 × 102,639 5.65 × 10221 0 .000114 (1 hour) 0.000379 (3.3 hours) New price     years later = old price × ( 1 + inflation 100 )   {\displaystyle {\hbox{New price }}y{\hbox{ years later}}={\hbox{old price}}\times \left(1+{\frac {\hbox{inflation}}{100}}\right)^{y}} Monthly inflation = 100 × ( ( 1 + inflation 100 ) 1 12 − 1 ) {\displaystyle {\hbox{Monthly inflation}}=100\times \left(\left(1+{\frac {\hbox{inflation}}{100}}\right)^{\frac {1}{12}}-1\right)} Price doubling time = 1 log 2 ⁡ ( 1 + inflation 100 ) {\displaystyle {\hbox{Price doubling time}}={\frac {1}{\log _{2}\left(1+{\frac {\hbox{inflation}}{100}}\right)}}} Years per added zero of the price = 1 log 10 ⁡ ( 1 + inflation 100 ) {\displaystyle {\hbox{Years per added zero of the price}}={\frac {1}{\log _{10}\left(1+{\frac {\hbox{inflation}}{100}}\right)}}} Often, at redenominations, three zeroes are cut from the bills. It can be read from the table that if the (annual) inflation is for example 100%, it takes 3.32 years to produce one more zero on the price tags, or 3 × 3.32 = 9.96 years to produce three zeroes. Thus can one expect a redenomination to take place about 9.96 years after the currency was introduced. See also Blockade Chronic inflation Currency crisis Debt Fiat money The collection of precious metals for financial purposes, including as a hedge against inflation: Gold as an investment Silver as an investment Platinum as an investment Palladium as an investment Hoarding (economics) Hyperstagflation Inflation accounting Inflationism Inflation hedge Liberty dollar (private currency) Negative interest rates Outline of economics Zero stroke Notes  A banknote with a value of one million krones was printed, but not issued.[27] References  O'Sullivan, Arthur; Steven M. Sheffrin (2003). Economics: Principles in action. Upper Saddle River, New Jersey 07458: Pearson Prentice Hall. pp. 341, 404. ISBN 0-13-063085-3.  Country, The; Risk, Or Sovereign; Securities., On Those (8 March 2001). "Economic Issues No. 24 -- Full Dollarization". IMF. Retrieved 26 August 2023.  Where's the Hyperinflation? Archived 2 August 2018 at the Wayback Machine, Forbes.com, 2012  Bernholz, Peter 2003, chapter 5.3  Bernholz, Peter 2003, chapter 5.2 and Table 5.1  Palairet, Michael R. (2000). The Four Ends of the Greek Hyperinflation of 1941-1946. Museum Tusculanum Press. p. 10. ISBN 9788772895826. Archived from the original on 10 November 2015. Retrieved 27 June 2015.  Robinson, Joan (1 January 1938). "Review of The Economics of Inflation". The Economic Journal. 48 (191): 507–513. doi:10.2307/2225440. JSTOR 2225440.  Phillip Cagan, The Monetary Dynamics of Hyperinflation, in Milton Friedman (Editor), Studies in the Quantity Theory of Money, Chicago: University of Chicago Press (1956).  International Accounting Standards. "IAS 29 — Financial Reporting in Hyperinflationary Economies". IASB. Archived from the original on 4 April 2012. Retrieved 10 April 2012.  Humphrey, Thomas (1975). "A Monetary Model of the Inflationary Process" (PDF). Economic Review. 25 (November/December 1975): 13–23. Retrieved 23 December 2021.  "Hyperinflation". Econlib. Retrieved 15 May 2021.  Parsson, Jens (1974). Dying of Money (Chapter 17: Velocity). Boston, MA: Wellspring Press. pp. 112–119.  Hyperinflation: causes, cures Bernard Mufute, 2003-10-02, "Hyperinflation has its root cause in money growth, which is not supported by growth in the output of goods and services. Usually the excessive money supply growth is caused by financing of the government budget deficit through the printing of money."  "Archived copy" (PDF). Archived from the original (PDF) on 10 September 2008. Retrieved 15 January 2010.  Süssmuth, Bernd; Wieschemeyer, Matthias (2017). "Progressive tax-like effects of inflation: Fact or myth? The U.S. post-war experience". IWH Discussion Papers (33/2017). Archived from the original on 26 April 2019. Retrieved 26 April 2019.  Montier, James (February 2013). "Hyperinflations, Hysteria, and False Memories". GMO LLC. Archived from the original on 1 July 2013. Retrieved 10 December 2014.  "Controls blamed for U.S. energy woes", Los Angeles Times, 13 February 1977, Milton Friedman press conference in Los Angeles.  Bernholz, Peter 2003  Jefferson County Miracles Archived 19 January 2018 at the Wayback Machine, Wall Street Journal, 6 March 2008.  Ludwig von Mises (1996). Human Action. Fox & Wilkes, San Francisco, 4th edition, 1986. p. 428. ISBN 0-930073-18-5.  Aziz, John (7 August 2012). "The Cantillon Effect".  1 billion in the German long scale = 1000 milliard = 1 trillion US scale.  "Values of the most important German Banknotes of the Inflation Period from 1920 – 1923". Archived from the original on 13 April 2004. Retrieved 3 May 2004.  The Penniless Billionaires, Max Shapiro, New York Times Book Co., 1980, page 203, ISBN 0-8129-0923-2 Shipiro comments: "Of course, one must not forget the 5 pfennig!"  Hanke, Steve H. (17 November 2008). "New Hyperinflation Index (HHIZ) Puts Zimbabwe Inflation at 89.7 sextillion percent". Cato Institute. Archived from the original on 13 November 2008. Retrieved 17 November 2008.  Tran, Mark (31 July 2008). "Zimbabwe knocks 10 zeros off currency amid world's highest inflation". The Guardian. London. Archived from the original on 2 February 2017. Retrieved 17 December 2016.  "Austria - 1,000,000 Kronen (1 July 1924)". Bank Note Museum. Archived from the original on 18 January 2019. Retrieved 18 January 2019.  Adam Fergusson (12 October 2010). When Money Dies: The Nightmare of Deficit Spending, Devaluation, and Hyperinflation in Weimar Germany. PublicAffairs. ISBN 978-1-58648-994-6.  Adam Fergusson (2010). When Money Dies – The Nightmare of Deficit Spending, Devaluation, and Hyperinflation in Weimar Germany. Public Affairs – Perseus Books Group. p. 92. ISBN 978-1-58648-994-6.  Sargent, T. J. (1986) Rational Expectations and Inflation, New York: Harper & Row.  "Country Profile: Bolivia" (PDF). Library of Congress Federal Research Division. January 2006. Archived (PDF) from the original on 7 July 2014. Retrieved 9 June 2019.  "BCB - Calculadora do cidadão". www3.bcb.gov.br. Archived from the original on 1 May 2019. Retrieved 27 April 2019.  "Entenda os planos econômicos Bresser, Verão, Collor 1, Collor 2 e as perdas na poupança". G1 (in Brazilian Portuguese). 29 November 2017. Archived from the original on 27 April 2019. Retrieved 27 April 2019.  "O que foi o Plano Real?". Politize! (in Brazilian Portuguese). 3 October 2017. Archived from the original on 14 April 2019. Retrieved 27 April 2019.  Coble, Parks M. (2023). The Collapse of Nationalist China: How Chiang Kai-shek Lost China's Civil War. Cambridge New York, NY: Cambridge University Press. ISBN 978-1-009-29761-5.  Chang, K. (1958) The Inflationary Spiral: The Experience in China, 1939–1950, New York: The Technology Press of Massachusetts Institute of Technology and John Wiley and Sons.  Weber, Isabella (2021). How China Escaped Shock Therapy: The Market Reform Debate. Abingdon, Oxon: Routledge. p. 70. ISBN 978-0-429-49012-5. OCLC 1228187814.  Sandrock, J. E. "Bank notes of the French Revolution and First Republic" (PDF). Archived from the original (PDF) on 8 December 2013. Retrieved 18 November 2013.  Stephen D. Dillaye, Assignats and Mandats: A True History, Including an Examination of Dr. Andrew Dickson White's 'Paper Money in France', (Philadelphia: Henry Carey Baird & Co, 1877)  White, E. N. (1991). "Measuring the French Revolution's Inflation: the Tableaux de depreciation". Histoire & Mesure, 6 (3): 245–274.  Adam Fergusson (2010). When Money Dies – The Nightmare of Deficit Spending, Devaluation, and Hyperinflation in Weimar Germany. Public Affairs – Perseus Books Group. p. 117. ISBN 978-1-58648-994-6.  Lord D'Abernon (1930). An Ambassador of Peace, the diary of Viscount D'Abernon, Berlin 1920–1926 (V1–3). London: Hodder and Stoughton.  "Bresciani-Turroni, page 335" (PDF). 18 August 2014. Archived (PDF) from the original on 12 September 2013. Retrieved 27 June 2015.  Athanassios K. Boudalis (2016). Money in Greece, 1821-2001. The history of an institution. MIG Publishing. p. 618. ISBN 978-9-60937-758-4.  Adam Fergusson (2010). When Money Dies – The Nightmare of Deficit Spending, Devaluation, and Hyperinflation in Weimar Germany. Perseus. p. 101. ISBN 978-1-58648-994-6.  "Hungary: Postal history – Hyperinflation (part 2)". Archived from the original on 17 April 2011. Retrieved 29 January 2011.  Judt, Tony (2006). Postwar: A History of Europe Since 1945. Penguin. p. 87. ISBN 0-14-303775-7.  Zimbabwe hyperinflation 'will set world record within six weeks' Archived 14 November 2008 at the Wayback Machine Zimbabwe Situation 14 November 2008  Nogaro, B. (1948) "Hungary's Recent Monetary Crisis and Its Theoretical Meaning", American Economic Review, 38 (4): 526–542.  "Banana Money Exchange". The Straits Times. Archived from the original on 27 May 2015. Retrieved 27 May 2015.  "Brightening the future of Korea". DailyNK. Archived from the original on 10 November 2012. Retrieved 15 October 2012.  Tashu, Melesse (February 2015). "Drivers of Peru's Equilibrium Real Exchange Rate: Is the Nuevo Sol a Commodity Currency?" (PDF). IMF Working Paper: 6. Archived (PDF) from the original on 9 June 2015. Retrieved 13 June 2019.  "Hiperinflacja - Polish National Bank". www.nbportal.pl (in Polish). 7 May 2015. Archived from the original on 11 February 2017. Retrieved 11 February 2017.  Barbara A. Noe (7 August 2005). "A Return to Wartime Philippines". Los Angeles Times. Archived from the original on 17 February 2009. Retrieved 16 November 2006.  Agoncillo, Teodoro A. & Guerrero, Milagros C., History of the Filipino People, 1986, R. P. Garcia Publishing Company, Quezon City, Philippines  Hartendorp, A. (1958) History of Industry and Trade of the Philippines, Manila: American Chamber of Commerce on the Philippines, Inc.  "Der wahre Grund, warum Erdoğan die Wahlen vorzieht". Business Insider. 18 April 2018. Retrieved 3 August 2018.[permanent dead link]  "Warum Erdogan es so eilig hat". Wirtschaftswoche. 19 April 2018. Retrieved 3 August 2018.  "Erdogan kündigt Neuwahlen im Juni an". Hannoversche Allgemeine Zeitung. 18 April 2018. Archived from the original on 3 August 2018. Retrieved 3 August 2018.  "Lira fällt Richtung Rekordtief". Handelsblatt. 3 November 2017. Archived from the original on 12 September 2019. Retrieved 3 August 2018.  "Dollar - Türkische Lira". Finanzen.net GmbH. 8 June 2023. Archived from the original on 7 June 2023. Retrieved 8 June 2023.  "Ein langjähriger Rekord: Türkische Inflation bei über 50 Prozent". Tagesschau. 3 March 2022. Retrieved 7 March 2022.  "Inflation in Türkei springt im Februar auf mehr als 50 Prozent". Handelsblatt. 3 March 2022. Retrieved 7 March 2022.  "Türkische Inflation bei 61 Prozent". Tagesschau. 4 April 2022. Retrieved 12 April 2022.  Hanke, Steve (18 August 2018). "Venezuela's Great Bolivar Scam, Nothing but a Face Lift". Forbes. Archived from the original on 19 August 2018. Retrieved 19 August 2018.  "Venezuela 2014 inflation hits 68.5 pct -central bank". Archived from the original on 9 May 2019. Retrieved 5 April 2018.  "Venezuela annual inflation 180 percent". Reuters. 1 October 2015. Archived from the original on 27 October 2017. Retrieved 15 November 2017.  "The Three Countries with the Highest Inflation". Archived from the original on 24 February 2019. Retrieved 5 April 2018.  Cristóbal Nagel, Juan (13 July 2015). "Looking into the Black Box of Venezuela's Economy". Foreign Policy. Archived from the original on 14 July 2015. Retrieved 14 July 2015.  "Venezuela annual inflation 180 percent: opposition newspaper". Archived from the original on 27 October 2017. Retrieved 5 April 2018.  Venezuela country profile (Economy tab), Archived 4 August 2019 at the Wayback Machine World in Figures. Retrieved 14 June 2017.  Sequera, Vivian (21 February 2018). "Venezuelans report big weight losses in 2017 as hunger hits". Reuters. Archived from the original on 22 February 2018. Retrieved 23 February 2018.  Corina, Pons (20 January 2017). "Venezuela 2016 inflation hits 800 percent, GDP shrinks 19 percent: document". Reuters. Archived from the original on 15 November 2017. Retrieved 15 November 2017.  "AssetMacro". Archived from the original on 16 February 2017. Retrieved 15 February 2017.  Davies, Wyre (20 February 2016). "Venezuela's decline fuelled by plunging oil prices". BBC News, Latin America. Archived from the original on 21 February 2016. Retrieved 20 February 2016.  "Inflación de 2018 cerró en 1.698.488%, según la Asamblea Nacional" (in Spanish). Efecto Cocuyo. 9 January 2019. Archived from the original on 10 January 2019. Retrieved 9 January 2019.  Herrero, Ana Vanessa; Malkin, Elisabeth (16 January 2017). "Venezuela Issues New Bank Notes Because of Hyperinflation". The New York Times. Archived from the original on 31 July 2017. Retrieved 17 January 2017.  Krauze, Enrique (8 March 2018). "Hell of a Fiesta". New York Review of Books. Archived from the original on 22 February 2018. Retrieved 1 March 2018.  Rosati, Andrew (5 December 2017). "Desperate Venezuelans Turn to Video Games to Survive". Bloomberg. Archived from the original on 6 December 2017. Retrieved 6 December 2017.  "Tiendas de ropa eliminan etiquetas y habladores para agilizar aumento de precios". Diario La Region (in European Spanish). 12 December 2017. Archived from the original on 15 December 2017. Retrieved 16 December 2017.  Amaro, Silvia (27 July 2018). "Venezuelan inflation predicted to hit 1 million percent this year". CNBC. Archived from the original on 28 July 2018. Retrieved 29 July 2018.  Hanke, Steve (31 July 2018). "IMF Produces Another Bogus Venezuela Inflation Forecast". Forbes. Archived from the original on 31 August 2018. Retrieved 31 August 2018.  "Archived copy". Archived from the original on 29 May 2019. Retrieved 18 May 2019.  "Au Venezuela, l'inflation a été de 130 060 % en 2018". Le Monde (in French). 29 May 2019. Archived from the original on 30 May 2019. Retrieved 31 May 2019.  "BCV admits hyperinflation of 53,798,500% since 2016". Venezuela Al Dia (in Spanish). 28 May 2019. Archived from the original on 29 May 2019. Retrieved 5 June 2019.  Long, Gideon (29 May 2019). "Venezuela data offer rare glimpse of economic chaos". Financial Times. Archived from the original on 30 May 2019. Retrieved 31 May 2019.  Wroughton, Lesley; Pons, Corina (30 May 2019). "IMF denies pressuring Venezuela to release economic data". Reuters. Archived from the original on 30 May 2019. Retrieved 31 May 2019.  "Archived copy". Archived from the original on 22 May 2018. Retrieved 26 May 2018.  "El Parlamento venezolano cree que la inflación llegará al 4.300.000 % en 2018". Yahoo. EFE. 8 October 2018. Archived from the original on 8 October 2018. Retrieved 8 October 2018.  Napier, Nancy K.; Vuong, Quan Hoang (2013). What we see, why we worry, why we hope: Vietnam going forward. Boise, Idaho: Boise State University CCI Press. p. 140. ISBN 978-0985530587.  "Where Zillion Loses Meaning". The New York Times. 31 December 1993.  Rostowski, J. (1998) Macroeconomic Instability in Post-Communist Countries, New York: Clarendon Press.  "Mugabe warns of business take-overs". BBC News. 1 July 2002. Archived from the original on 2 August 2018. Retrieved 2 August 2018.  "Zimbabwe: Industry Allays Fears of Shortages". allAfrica. 26 September 2017. Archived from the original on 2 August 2018. Retrieved 2 August 2018.  "Zim: More white farms listed". 14 August 2003. Archived from the original on 8 January 2009. Retrieved 10 March 2009.  Greenspan, Alan. The Age of Turbulence: Adventures in a New World. New York: The Penguin Press. 2007. Page 339.  "Zimbabwe issues 250 mn dollar banknote to tackle price spiral- International Business-News-The Economic Times". Archived from the original on 11 January 2009. Retrieved 8 May 2008.  "Zimbabwe bank issues $500m note". BBC News. 15 May 2008. Archived from the original on 19 May 2008. Retrieved 15 May 2008.  http://uk.news.yahoo.com/afp/20080719/tbs-zimbabwe-economy-inflation-5268574.html. {{cite news}}: Missing or empty |title= (help)  "Zimbabwe inflation at 2,200,000%". BBC News. 16 July 2008. Archived from the original on 30 September 2009. Retrieved 26 March 2010.  "Inflation gallops ahead: 9000 000%". The Zimbabwe Independent. 26 June 2008. Archived from the original on 9 August 2011. Retrieved 15 October 2012.  "ZimbabweanEQUITIES". Archived from the original on 20 August 2008. Retrieved 30 June 2008.  Dzirutwe, MacDonald (9 December 2014). "Zimbabwe's Mugabe fires deputy, seven ministers". Reuters. Archived from the original on 13 December 2014. Retrieved 10 December 2014.  "Zimbabwe inflation rockets higher". BBC News. 19 August 2008. Archived from the original on 24 February 2010. Retrieved 26 March 2010.  [1][dead link]  Celia W. Dugger (1 October 2008). "Life in Zimbabwe: Wait for Useless Money". The New York Times. Retrieved 25 September 2019.  Steve H. Hanke. "New Hyperinflation Index (HHIZ) Puts Zimbabwe Inflation at 89.7 Sextillion Percent". Washington, D.C.: Cato Institute. (Retrieved 17 November 2008) Archived 12 November 2008 at the Wayback Machine  Steve H. Hanke and Alex K. F. Kwok. "On the Measurement of Zimbabwe's Hyperinflation". Cato Journal, Vol. 29, No. 2 (Spring/Summer 2009). [2]  "IC Publications". Archived from the original on 19 February 2012. Retrieved 16 January 2009.  "Zimbabwe dollar sheds 12 zeros". BBC News. 2 February 2009. Archived from the original on 3 February 2009. Retrieved 2 February 2008.  Hanke, S. H. and Kwok, A. K. F. (2009). "On the Measurement of Zimbabwe's Hyperinflation". Cato Journal, 29 (2): 353–364.  Frisby, Dominic (14 May 2016). "Zimbabwe's trillion-dollar note: from worthless paper to hot investment". The Guardian. Retrieved 27 March 2021.  McGroarty, Patrick; Mutsaka, Farai (11 May 2011). "How to Turn 100 Trillion Dollars Into Five and Feel Good About It". Wall Street Journal. ISSN 0099-9660. Retrieved 27 March 2021.  The Truth About Inflation, Chapter 2, Paul Donovan, Routledge 2015  Desjardins, Jeff (21 February 2016). "This infographic shows how currency debasement contributed to the fall of Rome". Business Insider. Archived from the original on 11 October 2017. Retrieved 18 October 2017.  "Finance and Development".  "Money and Inflation in Argentina Case - Economics - Reed College".  "10000 years of economy".  "Hyperinflation Threatens Brazil | Lawrence W. Reed". January 1988.  Ito, Tim (January 1999). "Brazil: A History of Political and Economic Turmoil". The Washington Post.  "History page at the Central Bank of Iraq". Archived from the original on 1 May 2012. Retrieved 26 June 2012.  "How 9 Countries Saw Inflation Evolve into Hyperinflation". Business Insider.  Montiel, Peter, J. (2014). "Ecuador 1999: triple crisis and dollarization". Ten Crises. London: Routledge.  Jácome, Luis Ignacio; LJá[email removed by eBay] (2004). "The Late 1990s Financial Crisis in Ecuador: Institutional Weaknesses, Fiscal Rigidities, and Financial Dollarization at Work". IMF Working Papers. 04 (12): 1. doi:10.5089/9781451842937.001. S2CID 167869452.  Black, Simon (17 April 2012). "Traveling in Europe Has Become Absurdly Expensive—And You Know The Reason Why". Business Insider. Archived from the original on 15 May 2012. Retrieved 15 October 2012.  "Report for Selected Countries and Subjects". International Monetary Fund. 29 April 2003. Archived from the original on 18 October 2012. Retrieved 15 October 2012.  "Russia - Economic Reform in the 1990s".  Craughwell, Thomas J. (2007). Stealing Lincoln's Body. Cambridge, Massachusetts: Belknap Press of Harvard University Press, p. 33  Weidenmier, Marc, Money and Finance in the Confederate States of America, Claremont McKenna College, archived from the original on 28 September 2013, retrieved 10 June 2016  "Steve H. Hanke and Alex K. F. Kwok. "On the Measurement of Zimbabwe's Hyperinflation". Cato Journal, Vol. 29, No. 2 (Spring/Summer 2009)" (PDF). Archived from the original (PDF) on 26 January 2010.  "World Hyperinflations | Steve H. Hanke and Nicholas Krus | Cato Institute: Working Paper". Cato.org. 15 August 2012. Archived from the original on 17 October 2012. Retrieved 15 October 2012.  "World Hyperinflations" (PDF). CNBC. 14 February 2011. Archived (PDF) from the original on 5 September 2013. Retrieved 13 July 2012. Further reading Peter Bernholz (30 April 2015). Monetary Regimes and Inflation: History, Economic and Political Relationships, Second Edition. Edward Elgar Publishing. ISBN 978-1-78471-763-6. Cagan, Phillip, "The Monetary Dynamics of Hyperinflation." In Milton Friedman, ed., Studies in the Quantity Theory of Money. Chicago: University of Chicago Press, 1956. Shun-Hsin Chou, The Chinese Inflation 1937–1949, New York, Columbia University Press, 1963, Library of Congress Cat. 62–18260. Andrew Dickson White (1933). Fiat Money Inflation in France. Ludwig von Mises Institute. ISBN 978-1-61016-449-8. a popular description of the 1789–1799 inflation Wolfgang Chr. Fischer (Editor), "German Hyperinflation 1922/23 – A Law and Economics Approach", Eul Verlag, Köln, Germany 2010. Pierre L. Siklos, ed. (1995). Great Inflations of the 20th Century: Theories, Policies, and Evidence. Edward Elgar Publishing. ISBN 978-1-78195-635-9. External links Wikimedia Commons has media related to Hyperinflation. 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American English has always used the short scale definition in living memory but British English once employed both versions. Historically, the United Kingdom used the long scale trillion but since 1974, official UK statistics have used the short scale. Since the 1950s, the short scale has been increasingly used in technical writing and journalism, although the long scale definition still enjoys some limited usage.[1] Other countries use the word trillion (or words cognate to it) to denote either the long scale or short scale trillion. For details, see Long and short scales – Current usage. See also Look up trillion in Wiktionary, the free dictionary. Names of large numbers References  Cracknell, Richard; Bolton, Paul (January 2009). Statistical literacy guide: What is a billion? And other units (PDF) (Report). House of Commons Library. Retrieved 10 July 2015. vte Large numbers Examples in numerical order Thousand Ten thousand Hundred thousand Million Ten million Hundred million Billion Trillion Quadrillion Quintillion Sextillion Septillion Octillion Nonillion Decillion Googol Googolplex Skewes's number Googolduplex Moser's number Graham's number TREE(3) SSCG(3) Rayo's number Transfinite numbers Expression methods Notations Scientific notation Knuth's up-arrow notation Conway chained arrow notation Steinhaus–Moser notation Operators Hyperoperation Tetration Pentation Ackermann function Bowers's operators Grzegorczyk hierarchy Related articles (alphabetical order) Extended real number line Gigantic prime Indefinite and fictitious numbers Infinitesimal Largest known prime number List of numbers Long and short scales Number systems Number names Orders of magnitude Power of two Power of 10 Sagan Unit Titanic prime ntroduction :: ZIMBABWE Panel - Expanded Background: This entry usually highlights major historic events and current issues and may include a statement about one or two key future trends. Background field listing The UK annexed Southern Rhodesia from the former British South Africa Company in 1923. A 1961 constitution was formulated that favored whites in power. In 1965 the government unilaterally declared its independence, but the UK did not recognize the act and demanded more complete voting rights for the black African majority in the country (then called Rhodesia). UN sanctions and a guerrilla uprising finally led to free elections in 1979 and independence (as Zimbabwe) in 1980. Robert MUGABE, the nation's first prime minister, was the country's only ruler (as president since 1987) from independence until his resignation in November 2017. His chaotic land redistribution campaign, which began in 1997 and intensified after 2000, caused an exodus of white farmers, crippled the economy, and ushered in widespread shortages of basic commodities. Ignoring international condemnation, MUGABE rigged the 2002 presidential election to ensure his reelection. In 2005, the capital city of Harare embarked on Operation Restore Order, ostensibly an urban rationalization program, which resulted in the destruction of the homes or businesses of 700,000 mostly poor supporters of the opposition. MUGABE in 2007 instituted price controls on all basic commodities causing panic buying and leaving store shelves empty for months. General elections held in March 2008 contained irregularities but still amounted to a censure of the ZANU-PF-led government with the opposition winning a majority of seats in parliament. Movement for Democratic Change - Tsvangirai opposition leader Morgan TSVANGIRAI won the most votes in the presidential poll, but not enough to win outright. In the lead up to a run-off election in June 2008, considerable violence against opposition party members led to the withdrawal of TSVANGIRAI from the ballot. Extensive evidence of violence and intimidation resulted in international condemnation of the process. Difficult negotiations over a power-sharing "government of national unity," in which MUGABE remained president and TSVANGIRAI became prime minister, were finally settled in February 2009, although the leaders failed to agree upon many key outstanding governmental issues. MUGABE was reelected president in 2013 in balloting that was severely flawed and internationally condemned. As a prerequisite to holding the election, Zimbabwe enacted a new constitution by referendum, although many provisions in the new constitution have yet to be codified in law. In November 2017, Vice President Emmerson MNANGAGWA took over following a military intervention that forced MUGABE to resign. MNANGAGWA was inaugurated president days later, promising to hold presidential elections in 2018. In July 2018, MNANGAGWA won the presidential election after a close contest with Movement for Democratic Change Alliance candidate Nelson CHAMISA. Hide Geography :: ZIMBABWE Panel - Expanded Location: This entry identifies the country's regional location, neighboring countries, and adjacent bodies of water. Location field listing Southern Africa, between South Africa and Zambia Geographic coordinates: This entry includes rounded latitude and longitude figures for the centroid or center point of a country expressed in degrees and minutes; it is based on the locations provided in the Geographic Names Server (GNS), maintained by the National Geospatial-Intelligence Agency on behalf of the US Board on Geographic Names. Geographic coordinates field listing 20 00 S, 30 00 E Map references: This entry includes the name of the Factbook reference map on which a country may be found. Note that boundary representations on these maps are not necessarily authoritative. The entry on Geographic coordinates may be helpful in finding some smaller countries. Map references field listing Africa Area: This entry includes three subfields. Total area is the sum of all land and water areas delimited by international boundaries and/or coastlines. Land area is the aggregate of all surfaces delimited by international boundaries and/or coastlines, excluding inland water bodies (lakes, reservoirs, rivers). Water area is the sum of the surfaces of all inland water bodies, such as lakes, reservoirs, or rivers, as delimited by international boundaries and/or coastlines. Area field listing total: 390,757 sq km  land: 386,847 sq km  water: 3,910 sq km  country comparison to the world: 62 Area - comparative: This entry provides an area comparison based on total area equivalents. Most entities are compared with the entire US or one of the 50 states based on area measurements (1990 revised) provided by the US Bureau of the Census. The smaller entities are compared with Washington, DC (178 sq km, 69 sq mi) or The Mall in Washington, DC (0.59 sq km, 0.23 sq mi, 146 acres). Area - comparative field listing about four times the size of Indiana; slightly larger than Montana Area comparison map:  Area comparison map Land boundaries: This entry contains the total length of all land boundaries and the individual lengths for each of the contiguous border countries. When available, official lengths published by national statistical agencies are used. Because surveying methods may differ, country border lengths reported by contiguous countries may differ. Land boundaries field listing total: 3,229 km  border countries (4): Botswana 834 km, Mozambique 1402 km, South Africa 230 km, Zambia 763 km Coastline: This entry gives the total length of the boundary between the land area (including islands) and the sea. Coastline field listing 0 km (landlocked) Maritime claims: This entry includes the following claims, the definitions of which are excerpted from the United Nations Convention on the Law of the Sea (UNCLOS), which alone contains the full and definitive descriptions: territorial sea - the sovereignty of a coastal state extends beyond its land territory and internal waters to an adjacent belt of sea, described as the territorial sea in the UNCLOS (Part II); this sovereignty extends to the air space over the territorial sea as well as its underlying s . . . more Maritime claims field listing none (landlocked) Climate: This entry includes a brief description of typical weather regimes throughout the year; in the Word entry only, it includes four subfields that describe climate extremes:ten driest places on earth (average annual precipitation) describes the annual average precipitation measured in both millimeters and inches for selected countries with climate extremes. ten wettest places on earth (average annual precipitation) describes the annual average precipitation measured in both millimeters and i . . . more Climate field listing tropical; moderated by altitude; rainy season (November to March) Terrain: This entry contains a brief description of the topography. Terrain field listing mostly high plateau with higher central plateau (high veld); mountains in east Elevation: This entry includes the mean elevation and elevation extremes, lowest point and highest point. Elevation field listing mean elevation: 961 m  lowest point: junction of the Runde and Save Rivers 162 m highest point: Inyangani 2,592 m Natural resources: This entry lists a country's mineral, petroleum, hydropower, and other resources of commercial importance, such as rare earth elements (REEs). In general, products appear only if they make a significant contribution to the economy, or are likely to do so in the future. Natural resources field listing coal, chromium ore, asbestos, gold, nickel, copper, iron ore, vanadium, lithium, tin, platinum group metals Land use: This entry contains the percentage shares of total land area for three different types of land use: agricultural land, forest, and other; agricultural land is further divided into arable land - land cultivated for crops like wheat, maize, and rice that are replanted after each harvest, permanent crops - land cultivated for crops like citrus, coffee, and rubber that are not replanted after each harvest, and includes land under flowering shrubs, fruit trees, nut trees, and vines, and permane . . . more Land use field listing agricultural land: 42.5% (2011 est.) arable land: 10.9% (2011 est.) / permanent crops: 0.3% (2011 est.) / permanent pasture: 31.3% (2011 est.) forest: 39.5% (2011 est.) other: 18% (2011 est.) Irrigated land: This entry gives the number of square kilometers of land area that is artificially supplied with water. Irrigated land field listing 1,740 sq km (2012) Population distribution: This entry provides a summary description of the population dispersion within a country. While it may suggest population density, it does not provide density figures. Population distribution field listing Aside from major urban agglomerations in Harare and Bulawayo, population distribution is fairly even, with slightly greater overall numbers in the eastern half Natural hazards: This entry lists potential natural disasters. For countries where volcanic activity is common, a volcanism subfield highlights historically active volcanoes. Natural hazards field listing recurring droughts; floods and severe storms are rare Environment - current issues: This entry lists the most pressing and important environmental problems. The following terms and abbreviations are used throughout the entry: Acidification - the lowering of soil and water pH due to acid precipitation and deposition usually through precipitation; this process disrupts ecosystem nutrient flows and may kill freshwater fish and plants dependent on more neutral or alkaline conditions (see acid rain). Acid rain - characterized as containing harmful levels of sulfur dioxi . . . more Environment - current issues field listing deforestation; soil erosion; land degradation; air and water pollution; the black rhinoceros herd - once the largest concentration of the species in the world - has been significantly reduced by poaching; poor mining practices have led to toxic waste and heavy metal pollution Environment - international agreements: This entry separates country participation in international environmental agreements into two levels - party to and signed, but not ratified. Agreements are listed in alphabetical order by the abbreviated form of the full name. Environment - international agreements field listing party to: Biodiversity, Climate Change, Desertification, Endangered Species, Hazardous Wastes, Law of the Sea, Ozone Layer Protection signed, but not ratified: none of the selected agreements Geography - note: This entry includes miscellaneous geographic information of significance not included elsewhere. Geography - note field listing landlocked; the Zambezi forms a natural riverine boundary with Zambia; in full flood (February-April) the massive Victoria Falls on the river forms the world's largest curtain of falling water; Lake Kariba on the Zambia-Zimbabwe border forms the world's largest reservoir by volume (180 cu km; 43 cu mi) Hide People and Society :: ZIMBABWE Panel - Expanded Population: This entry gives an estimate from the US Bureau of the Census based on statistics from population censuses, vital statistics registration systems, or sample surveys pertaining to the recent past and on assumptions about future trends. The total population presents one overall measure of the potential impact of the country on the world and within its region. Note: Starting with the 1993 Factbook, demographic estimates for some countries (mostly African) have explicitly taken into account t . . . more Population field listing 14,030,368 (July 2018 est.) note: estimates for this country explicitly take into account the effects of excess mortality due to AIDS; this can result in lower life expectancy, higher infant mortality, higher death rates, lower population growth rates, and changes in the distribution of population by age and sex than would otherwise be expected country comparison to the world: 73 Nationality: This entry provides the identifying terms for citizens - noun and adjective. Nationality field listing noun: Zimbabwean(s) adjective: Zimbabwean Ethnic groups: This entry provides an ordered listing of ethnic groups starting with the largest and normally includes the percent of total population. Ethnic groups field listing African 99.4% (predominantly Shona; Ndebele is the second largest ethnic group), other 0.4%, unspecified 0.2% (2012 est.) Languages: This entry provides a listing of languages spoken in each country and specifies any that are official national or regional languages. When data is available, the languages spoken in each country are broken down according to the percent of the total population speaking each language as a first language. For those countries without available data, languages are listed in rank order based on prevalence, starting with the most-spoken language. Languages field listing Shona (official; most widely spoken), Ndebele (official, second most widely spoken), English (official; traditionally used for official business), 13 minority languages (official; includes Chewa, Chibarwe, Kalanga, Koisan, Nambya, Ndau, Shangani, sign language, Sotho, Tonga, Tswana, Venda, and Xhosa) Religions: This entry is an ordered listing of religions by adherents starting with the largest group and sometimes includes the percent of total population. The core characteristics and beliefs of the world's major religions are described below. Baha'i - Founded by Mirza Husayn-Ali (known as Baha'u'llah) in Iran in 1852, Baha'i faith emphasizes monotheism and believes in one eternal transcendent God. Its guiding focus is to encourage the unity of all peoples on the earth so that justice and peace m . . . more Religions field listing Protestant 74.8% (includes Apostolic 37.5%, Pentecostal 21.8%, other 15.5%), Roman Catholic 7.3%, other Christian 5.3%, traditional 1.5%, Muslim 0.5%, other 0.1%, none 10.5% (2015 est.) Demographic profile: This entry describes a country’s key demographic features and trends and how they vary among regional, ethnic, and socioeconomic sub-populations. Some of the topics addressed are population age structure, fertility, health, mortality, poverty, education, and migration. Demographic profile field listing Zimbabwe’s progress in reproductive, maternal, and child health has stagnated in recent years. According to a 2010 Demographic and Health Survey, contraceptive use, the number of births attended by skilled practitioners, and child mortality have either stalled or somewhat deteriorated since the mid-2000s. Zimbabwe’s total fertility rate has remained fairly stable at about 4 children per woman for the last two decades, although an uptick in the urban birth rate in recent years has caused a slight rise in the country’s overall fertility rate. Zimbabwe’s HIV prevalence rate dropped from approximately 29% to 15% since 1997 but remains among the world’s highest and continues to suppress the country’s life expectancy rate. The proliferation of HIV/AIDS information and prevention programs and personal experience with those suffering or dying from the disease have helped to change sexual behavior and reduce the epidemic. Historically, the vast majority of Zimbabwe’s migration has been internal – a rural-urban flow. In terms of international migration, over the last 40 years Zimbabwe has gradually shifted from being a destination country to one of emigration and, to a lesser degree, one of transit (for East African illegal migrants traveling to South Africa). As a British colony, Zimbabwe attracted significant numbers of permanent immigrants from the UK and other European countries, as well as temporary economic migrants from Malawi, Mozambique, and Zambia. Although Zimbabweans have migrated to South Africa since the beginning of the 20th century to work as miners, the first major exodus from the country occurred in the years before and after independence in 1980. The outward migration was politically and racially influenced; a large share of the white population of European origin chose to leave rather than live under a new black-majority government. In the 1990s and 2000s, economic mismanagement and hyperinflation sparked a second, more diverse wave of emigration. This massive out migration – primarily to other southern African countries, the UK, and the US – has created a variety of challenges, including brain drain, illegal migration, and human smuggling and trafficking. Several factors have pushed highly skilled workers to go abroad, including unemployment, lower wages, a lack of resources, and few opportunities for career growth. Age structure: This entry provides the distribution of the population according to age. Information is included by sex and age group as follows: 0-14 years (children), 15-24 years (early working age), 25-54 years (prime working age), 55-64 years (mature working age), 65 years and over (elderly). The age structure of a population affects a nation's key socioeconomic issues. Countries with young populations (high percentage under age 15) need to invest more in schools, while countries with older population . . . more Age structure field listing 0-14 years: 38.62% (male 2,681,192 /female 2,736,876) 15-24 years: 20.42% (male 1,403,715 /female 1,461,168) 25-54 years: 32.22% (male 2,286,915 /female 2,234,158) 55-64 years: 4.24% (male 233,021 /female 361,759) 65 years and over: 4.5% (male 255,704 /female 375,860) (2018 est.) population pyramid:  population pyramid Dependency ratios: Dependency ratios are a measure of the age structure of a population. They relate the number of individuals that are likely to be economically "dependent" on the support of others. Dependency ratios contrast the ratio of youths (ages 0-14) and the elderly (ages 65+) to the number of those in the working-age group (ages 15-64). Changes in the dependency ratio provide an indication of potential social support requirements resulting from changes in population age structures. As fertility leve . . . more Dependency ratios field listing total dependency ratio: 79.5 (2015 est.) youth dependency ratio: 74.4 (2015 est.) elderly dependency ratio: 5.1 (2015 est.) potential support ratio: 19.7 (2015 est.) Median age: This entry is the age that divides a population into two numerically equal groups; that is, half the people are younger than this age and half are older. It is a single index that summarizes the age distribution of a population. Currently, the median age ranges from a low of about 15 in Niger and Uganda to 40 or more in several European countries and Japan. See the entry for "Age structure" for the importance of a young versus an older age structure and, by implication, a low versus a high . . . more Median age field listing total: 20.2 years  male: 19.9 years  female: 20.4 years (2018 est.) country comparison to the world: 190 Population growth rate: The average annual percent change in the population, resulting from a surplus (or deficit) of births over deaths and the balance of migrants entering and leaving a country. The rate may be positive or negative. The growth rate is a factor in determining how great a burden would be imposed on a country by the changing needs of its people for infrastructure (e.g., schools, hospitals, housing, roads), resources (e.g., food, water, electricity), and jobs. Rapid population growth can be seen as . . . more Population growth rate field listing 1.68% (2018 est.) country comparison to the world: 60 Birth rate: This entry gives the average annual number of births during a year per 1,000 persons in the population at midyear; also known as crude birth rate. The birth rate is usually the dominant factor in determining the rate of population growth. It depends on both the level of fertility and the age structure of the population. Birth rate field listing 34 births/1,000 population (2018 est.) country comparison to the world: 25 Death rate: This entry gives the average annual number of deaths during a year per 1,000 population at midyear; also known as crude death rate. The death rate, while only a rough indicator of the mortality situation in a country, accurately indicates the current mortality impact on population growth. This indicator is significantly affected by age distribution, and most countries will eventually show a rise in the overall death rate, in spite of continued decline in mortality at all ages, as declining . . . more Death rate field listing 9.9 deaths/1,000 population (2018 est.) country comparison to the world: 41 Net migration rate: This entry includes the figure for the difference between the number of persons entering and leaving a country during the year per 1,000 persons (based on midyear population). An excess of persons entering the country is referred to as net immigration (e.g., 3.56 migrants/1,000 population); an excess of persons leaving the country as net emigration (e.g., -9.26 migrants/1,000 population). The net migration rate indicates the contribution of migration to the overall level of population chan . . . more Net migration rate field listing -7.3 migrant(s)/1,000 population (2018 est.) country comparison to the world: 208 Population distribution: This entry provides a summary description of the population dispersion within a country. While it may suggest population density, it does not provide density figures. Population distribution field listing Aside from major urban agglomerations in Harare and Bulawayo, population distribution is fairly even, with slightly greater overall numbers in the eastern half Urbanization: This entry provides two measures of the degree of urbanization of a population. The first, urban population, describes the percentage of the total population living in urban areas, as defined by the country. The second, rate of urbanization, describes the projected average rate of change of the size of the urban population over the given period of time. Additionally, the World entry includes a list of the ten largest urban agglomerations. An urban agglomeration is defined as comprising th . . . more Urbanization field listing urban population: 32.2% of total population (2018) rate of urbanization: 2.19% annual rate of change (2015-20 est.) Major urban areas - population: This entry provides the population of the capital and up to six major cities defined as urban agglomerations with populations of at least 750,000 people. An urban agglomeration is defined as comprising the city or town proper and also the suburban fringe or thickly settled territory lying outside of, but adjacent to, the boundaries of the city. For smaller countries, lacking urban centers of 750,000 or more, only the population of the capital is presented. Major urban areas - population field listing 1.515 million HARARE (capital) (2018) Sex ratio: This entry includes the number of males for each female in five age groups - at birth, under 15 years, 15-64 years, 65 years and over, and for the total population. Sex ratio at birth has recently emerged as an indicator of certain kinds of sex discrimination in some countries. For instance, high sex ratios at birth in some Asian countries are now attributed to sex-selective abortion and infanticide due to a strong preference for sons. This will affect future marriage patterns and fertilit . . . more Sex ratio field listing at birth: 1.03 male(s)/female  0-14 years: 0.98 male(s)/female  15-24 years: 0.96 male(s)/female  25-54 years: 1.02 male(s)/female  55-64 years: 0.64 male(s)/female  65 years and over: 0.68 male(s)/female  total population: 0.96 male(s)/female (2018 est.) Mother's mean age at first birth: This entry provides the mean (average) age of mothers at the birth of their first child. It is a useful indicator for gauging the success of family planning programs aiming to reduce maternal mortality, increase contraceptive use – particularly among married and unmarried adolescents – delay age at first marriage, and improve the health of newborns. Mother's mean age at first birth field listing 20 years (2015 est.) note: median age at first birth among women 25-29 Maternal mortality rate: The maternal mortality rate (MMR) is the annual number of female deaths per 100,000 live births from any cause related to or aggravated by pregnancy or its management (excluding accidental or incidental causes). The MMR includes deaths during pregnancy, childbirth, or within 42 days of termination of pregnancy, irrespective of the duration and site of the pregnancy, for a specified year. Maternal mortality rate field listing 443 deaths/100,000 live births (2015 est.) country comparison to the world: 24 Infant mortality rate: This entry gives the number of deaths of infants under one year old in a given year per 1,000 live births in the same year. This rate is often used as an indicator of the level of health in a country. Infant mortality rate field listing total: 31.9 deaths/1,000 live births  male: 35.9 deaths/1,000 live births  female: 27.7 deaths/1,000 live births (2018 est.) country comparison to the world: 57 Life expectancy at birth: This entry contains the average number of years to be lived by a group of people born in the same year, if mortality at each age remains constant in the future. Life expectancy at birth is also a measure of overall quality of life in a country and summarizes the mortality at all ages. It can also be thought of as indicating the potential return on investment in human capital and is necessary for the calculation of various actuarial measures. Life expectancy at birth field listing total population: 61.1 years  male: 59 years  female: 63.2 years (2018 est.) country comparison to the world: 205 Total fertility rate: This entry gives a figure for the average number of children that would be born per woman if all women lived to the end of their childbearing years and bore children according to a given fertility rate at each age. The total fertility rate (TFR) is a more direct measure of the level of fertility than the crude birth rate, since it refers to births per woman. This indicator shows the potential for population change in the country. A rate of two children per woman is considered the replaceme . . . more Total fertility rate field listing 3.97 children born/woman (2018 est.) country comparison to the world: 33 Contraceptive prevalence rate: This field gives the percent of women of reproductive age (15-49) who are married or in union and are using, or whose sexual partner is using, a method of contraception according to the date of the most recent available data. The contraceptive prevalence rate is an indicator of health services, development, and women’s empowerment. It is also useful in understanding, past, present, and future fertility trends, especially in developing countries. Contraceptive prevalence rate field listing 66.8% (2015) Health expenditures: This entry provides the total expenditure on health as a percentage of GDP. Health expenditures are broadly defined as activities performed either by institutions or individuals through the application of medical, paramedical, and/or nursing knowledge and technology, the primary purpose of which is to promote, restore, or maintain health. Health expenditures field listing 6.4% of GDP (2014) country comparison to the world: 99 Physicians density: This entry gives the number of medical doctors (physicians), including generalist and specialist medical practitioners, per 1,000 of the population. Medical doctors are defined as doctors that study, diagnose, treat, and prevent illness, disease, injury, and other physical and mental impairments in humans through the application of modern medicine. They also plan, supervise, and evaluate care and treatment plans by other health care providers. The World Health Organization estimates that f . . . more Physicians density field listing 0.08 physicians/1,000 population (2014) Hospital bed density: This entry provides the number of hospital beds per 1,000 people; it serves as a general measure of inpatient service availability. Hospital beds include inpatient beds available in public, private, general, and specialized hospitals and rehabilitation centers. In most cases, beds for both acute and chronic care are included. Because the level of inpatient services required for individual countries depends on several factors - such as demographic issues and the burden of disease - there is . . . more Hospital bed density field listing 1.7 beds/1,000 population (2011) Drinking water source: This entry provides information about access to improved or unimproved drinking water sources available to segments of the population of a country. Improved drinking water - use of any of the following sources: piped water into dwelling, yard, or plot; public tap or standpipe; tubewell or borehole; protected dug well; protected spring; or rainwater collection. Unimproved drinking water - use of any of the following sources: unprotected dug well; unprotected spring; cart with small tank or . . . more Drinking water source field listing improved: urban: 97% of population rural: 67.3% of population total: 76.9% of population unimproved: urban: 3% of population rural: 32.7% of population total: 23.1% of population (2015 est.) Sanitation facility access: This entry provides information about access to improved or unimproved sanitation facilities available to segments of the population of a country. Improved sanitation - use of any of the following facilities: flush or pour-flush to a piped sewer system, septic tank or pit latrine; ventilated improved pit (VIP) latrine; pit latrine with slab; or a composting toilet. Unimproved sanitation - use of any of the following facilities: flush or pour-flush not piped to a sewer system, septic tank . . . more Sanitation facility access field listing improved: urban: 49.3% of population (2015 est.) rural: 30.8% of population (2015 est.) total: 36.8% of population (2015 est.) unimproved: urban: 50.7% of population (2015 est.) rural: 69.2% of population (2015 est.) total: 63.2% of population (2015 est.) HIV/AIDS - adult prevalence rate: This entry gives an estimate of the percentage of adults (aged 15-49) living with HIV/AIDS. The adult prevalence rate is calculated by dividing the estimated number of adults living with HIV/AIDS at yearend by the total adult population at yearend. HIV/AIDS - adult prevalence rate field listing 13.3% (2017 est.) country comparison to the world: 5 HIV/AIDS - people living with HIV/AIDS: This entry gives an estimate of all people (adults and children) alive at yearend with HIV infection, whether or not they have developed symptoms of AIDS. HIV/AIDS - people living with HIV/AIDS field listing 1.3 million (2017 est.) country comparison to the world: 8 HIV/AIDS - deaths: This entry gives an estimate of the number of adults and children who died of AIDS during a given calendar year. HIV/AIDS - deaths field listing 22,000 (2017 est.) country comparison to the world: 11 Major infectious diseases: This entry lists major infectious diseases likely to be encountered in countries where the risk of such diseases is assessed to be very high as compared to the United States. These infectious diseases represent risks to US government personnel traveling to the specified country for a period of less than three years. The degree of risk is assessed by considering the foreign nature of these infectious diseases, their severity, and the probability of being affected by the diseases present. Th . . . more Major infectious diseases field listing degree of risk: high (2016) food or waterborne diseases: bacterial and protozoal diarrhea, hepatitis A, and typhoid fever (2016) vectorborne diseases: malaria and dengue fever (2016) water contact diseases: schistosomiasis (2016) animal contact diseases: rabies (2016) Obesity - adult prevalence rate: This entry gives the percent of a country's population considered to be obese. Obesity is defined as an adult having a Body Mass Index (BMI) greater to or equal to 30.0. BMI is calculated by taking a person's weight in kg and dividing it by the person's squared height in meters. Obesity - adult prevalence rate field listing 15.5% (2016) country comparison to the world: 126 Children under the age of 5 years underweight: This entry gives the percent of children under five considered to be underweight. Underweight means weight-for-age is approximately 2 kg below for standard at age one, 3 kg below standard for ages two and three, and 4 kg below standard for ages four and five. This statistic is an indicator of the nutritional status of a community. Children who suffer from growth retardation as a result of poor diets and/or recurrent infections tend to have a greater risk of suffering illness and death. Children under the age of 5 years underweight field listing 8.5% (2015) country comparison to the world: 69 Education expenditures: This entry provides the public expenditure on education as a percent of GDP. Education expenditures field listing 7.5% of GDP (2014) country comparison to the world: 10 Literacy: This entry includes a definition of literacy and Census Bureau percentages for the total population, males, and females. There are no universal definitions and standards of literacy. Unless otherwise specified, all rates are based on the most common definition - the ability to read and write at a specified age. Detailing the standards that individual countries use to assess the ability to read and write is beyond the scope of the Factbook. Information on literacy, while not a perfect measu . . . more Literacy field listing definition: age 15 and over can read and write English (2015 est.) total population: 86.5%  male: 88.5%  female: 84.6% (2015 est.) School life expectancy (primary to tertiary education): School life expectancy (SLE) is the total number of years of schooling (primary to tertiary) that a child can expect to receive, assuming that the probability of his or her being enrolled in school at any particular future age is equal to the current enrollment ratio at that age. Caution must be maintained when utilizing this indicator in international comparisons. For example, a year or grade completed in one country is not necessarily the same in terms of educational content or qualit . . . more School life expectancy (primary to tertiary education) field listing total: 10 years  male: 10 years  female: 10 years (2013) Unemployment, youth ages 15-24: This entry gives the percent of the total labor force ages 15-24 unemployed during a specified year. Unemployment, youth ages 15-24 field listing total: 16.5%  male: 11.6%  female: 21.2% (2014 est.) country comparison to the world: 83 Hide Government :: ZIMBABWE Panel - Expanded Country name: This entry includes all forms of the country's name approved by the US Board on Geographic Names (Italy is used as an example): conventional long form (Italian Republic), conventional short form (Italy), local long form (Repubblica Italiana), local short form (Italia), former (Kingdom of Italy), as well as the abbreviation. Also see the Terminology note. Country name field listing conventional long form: Republic of Zimbabwe conventional short form: Zimbabwe former: Southern Rhodesia, Rhodesia, Zimbabwe-Rhodesia etymology: takes its name from the Kingdom of Zimbabwe (13th-15th century) and its capital of Great Zimbabwe, the largest stone structure in pre-colonial southern Africa Government type: This entry gives the basic form of government. Definitions of the major governmental terms are as follows. (Note that for some countries more than one definition applies.): Absolute monarchy - a form of government where the monarch rules unhindered, i.e., without any laws, constitution, or legally organized opposition. Anarchy - a condition of lawlessness or political disorder brought about by the absence of governmental authority. Authoritarian - a form of government in whic . . . more Government type field listing semi-presidential republic Capital: This entry gives the name of the seat of government, its geographic coordinates, the time difference relative to Coordinated Universal Time (UTC) and the time observed in Washington, DC, and, if applicable, information on daylight saving time (DST). Where appropriate, a special note has been added to highlight those countries that have multiple time zones. Capital field listing name: Harare geographic coordinates: 17 49 S, 31 02 E time difference: UTC+2 (7 hours ahead of Washington, DC, during Standard Time) Administrative divisions: This entry generally gives the numbers, designatory terms, and first-order administrative divisions as approved by the US Board on Geographic Names (BGN). Changes that have been reported but not yet acted on by the BGN are noted. Geographic names conform to spellings approved by the BGN with the exception of the omission of diacritical marks and special characters. Administrative divisions field listing 8 provinces and 2 cities* with provincial status; Bulawayo*, Harare*, Manicaland, Mashonaland Central, Mashonaland East, Mashonaland West, Masvingo, Matabeleland North, Matabeleland South, Midlands Independence: For most countries, this entry gives the date that sovereignty was achieved and from which nation, empire, or trusteeship. For the other countries, the date given may not represent "independence" in the strict sense, but rather some significant nationhood event such as the traditional founding date or the date of unification, federation, confederation, establishment, fundamental change in the form of government, or state succession. For a number of countries, the establishment of statehood . . . more Independence field listing 18 April 1980 (from the UK) National holiday: This entry gives the primary national day of celebration - usually independence day. National holiday field listing Independence Day, 18 April (1980) Constitution: This entry provides information on a country’s constitution and includes two subfields. The history subfield includes the dates of previous constitutions and the main steps and dates in formulating and implementing the latest constitution. For countries with 1-3 previous constitutions, the years are listed; for those with 4-9 previous, the entry is listed as “several previous,” and for those with 10 or more, the entry is “many previous.” The amendments subfield summarizes the process of am . . . more Constitution field listing history: previous 1965 (at Rhodesian independence), 1979 (Lancaster House Agreement), 1980 (at Zimbabwean independence); latest final draft completed January 2013, approved by referendum 16 March 2013, approved by Parliament 9 May 2013, effective 22 May 2013 amendments: proposed by the Senate or by the National Assembly; passage requires two-thirds majority vote by the membership of both houses of Parliament and assent by the president of the republic; amendments to constitutional chapters on fundamental human rights and freedoms and on agricultural lands also require approval by a majority of votes cast in a referendum; amended many times, last in 2017 (2019) Legal system: This entry provides the description of a country's legal system. A statement on judicial review of legislative acts is also included for a number of countries. The legal systems of nearly all countries are generally modeled upon elements of five main types: civil law (including French law, the Napoleonic Code, Roman law, Roman-Dutch law, and Spanish law); common law (including United State law); customary law; mixed or pluralistic law; and religious law (including Islamic law). An addition . . . more Legal system field listing mixed legal system of English common law, Roman-Dutch civil law, and customary law International law organization participation: This entry includes information on a country's acceptance of jurisdiction of the International Court of Justice (ICJ) and of the International Criminal Court (ICCt); 59 countries have accepted ICJ jurisdiction with reservations and 11 have accepted ICJ jurisdiction without reservations; 122 countries have accepted ICCt jurisdiction. Appendix B: International Organizations and Groups explains the differing mandates of the ICJ and ICCt. International law organization participation field listing has not submitted an ICJ jurisdiction declaration; non-party state to the ICCt Citizenship: This entry provides information related to the acquisition and exercise of citizenship; it includes four subfields: citizenship by birth describes the acquisition of citizenship based on place of birth, known as Jus soli, regardless of the citizenship of parents. citizenship by descent only describes the acquisition of citizenship based on the principle of Jus sanguinis, or by descent, where at least one parent is a citizen of the state and being born within the territorial limits of the s . . . more Citizenship field listing citizenship by birth: no citizenship by descent only: the father must be a citizen of Zimbabwe; in the case of a child born out of wedlock, the mother must be a citizen dual citizenship recognized: no residency requirement for naturalization: 5 years Suffrage: This entry gives the age at enfranchisement and whether the right to vote is universal or restricted. Suffrage field listing 18 years of age; universal Executive branch: This entry includes five subentries: chief of state; head of government; cabinet; elections/appointments; election results. Chief of state includes the name, title, and beginning date in office of the titular leader of the country who represents the state at official and ceremonial functions but may not be involved with the day-to-day activities of the government. Head of government includes the name, title of the top executive designated to manage the executive branch of the government, a . . . more Executive branch field listing chief of state: President Emmerson Dambudzo MNANGAGWA (since 24 November 2017); First Vice President Constantino CHIWENGA (since 28 December 2017); note - Robert Gabriel MUGABE resigned on 21 November 2017, after ruling for 37 years head of government: President Emmerson Dambudzo MNANGAGWA (since 24 November 2017); Vice President Constantino CHIWENGA (since 28 December 2017); Vice President Kembo MOHADI (since 28 December 2017)  cabinet: Cabinet appointed by president, responsible to National Assembly elections/appointments: each presidential candidate nominated with a nomination paper signed by at least 10 registered voters (at least 1 candidate from each province) and directly elected by absolute majority popular vote in 2 rounds if needed for a 5-year term (no term limits); election last held on 3 July 2018 (next to be held in 2023); co-vice presidents drawn from party leadership election results: Emmerson MNANGAGWA reelected president in 1st round of voting; percent of vote - Emmerson MNANGAGWA (ZANU-PF) 50.8%, Nelson CHAMISA (MDC-T) 44.3%, Thokozani KHUPE (MDC-N) .9%, other 3% Legislative branch: This entry has three subfields. The description subfield provides the legislative structure (unicameral – single house; bicameral – an upper and a lower house); formal name(s); number of member seats; types of constituencies or voting districts (single seat, multi-seat, nationwide); electoral voting system(s); and member term of office. The elections subfield includes the dates of the last election and next election. The election results subfield lists percent of vote by party/coalition an . . . more Legislative branch field listing description: bicameral Parliament consists of: Senate (80 seats; 60 members directly elected in multi-seat constituencies - 6 seats in each of the 10 provinces - by proportional representation vote, 16 indirectly elected by the regional governing councils, 2 reserved for the National Council Chiefs, and 2 reserved for members with disabilities; members serve 5-year terms) National Assembly (270 seats; 210 members directly elected in single-seat constituencies by simple majority vote and 60 seats reserved for women directly elected by proportional representation vote; members serve 5-year terms) elections: Senate - last held for elected member on 30 July 2018 (next to be held in 2023) National Assembly - last held on 31 July 2013 (next to be held in 2018) election results: Senate - percent of vote by party - NA; seats by party - ZANU-PF 34, MDC Alliance 25, Chiefs 18, people with disabilities 2, MDC-T 1; composition - men 45, women 35, percent of women 43.8% National Assembly - percent of vote by party - NA; seats by party - ZANU-PF 179, MDC Alliance 88, MDC-T 1, NPF 1, independent 1; composition - men 185, women 25, percent of women 31.5%; note - total Parliament percent of women 34.3% Judicial branch: This entry includes three subfields. The highest court(s) subfield includes the name(s) of a country's highest level court(s), the number and titles of the judges, and the types of cases heard by the court, which commonly are based on civil, criminal, administrative, and constitutional law. A number of countries have separate constitutional courts. The judge selection and term of office subfield includes the organizations and associated officials responsible for nominating and appointing j . . . more Judicial branch field listing highest courts: Supreme Court (consists of the chief justice and 4 judges); Constitutional Court (consists of the chief and deputy chief justices and 9 judges) judge selection and term of office: Supreme Court judges appointed by the president upon recommendation of the Judicial Service Commission, an independent body consisting of the chief justice, Public Service Commission chairman, attorney general, and 2-3 members appointed by the president; judges normally serve until age 65 but can elect to serve until age 70; Constitutional Court judge appointment NA; judges serve nonrenewable 15-year terms subordinate courts: High Court; Labor Court; Administrative Court; regional magistrate courts; customary law courts; special courts Political parties and leaders: This entry includes a listing of significant political parties, coalitions, and electoral lists as of each country's last legislative election, unless otherwise noted. Political parties and leaders field listing MDC Alliance [Nelson CHAMISA] Movement for Democratic Change - MDC-T [Thokozani KHUPE] National People's Party or NPP [Joyce MUJURU] (formerly Zimbabwe People First or ZimPF) National Patriotic Front or NPF [Ambrose MUTINHIRI] Zimbabwe African National Union-Patriotic Front or ZANU-PF [Emmerson Dambudzo MNANGAGWA] Zimbabwe African Peoples Union or ZAPU [Dumiso DABENGWA] International organization participation: This entry lists in alphabetical order by abbreviation those international organizations in which the subject country is a member or participates in some other way. International organization participation field listing ACP, AfDB, AU, COMESA, FAO, G-15, G-77, IAEA, IBRD, ICAO, ICRM, IDA, IFAD, IFC, IFRCS, ILO, IMF, IMO, Interpol, IOC, IOM, IPU, ISO, ITSO, ITU, ITUC (NGOs), MIGA, NAM, OPCW, PCA, SADC, UN, UNAMID, UNCTAD, UNESCO, UNIDO, UNMIL, UNMISS, UNOCI, UNWTO, UPU, WCO, WFTU (NGOs), WHO, WIPO, WMO, WTO Diplomatic representation in the US: This entry includes the chief of mission, chancery address, telephone, FAX, consulate general locations, and consulate locations. The use of the annotated title Appointed Ambassador refers to a new ambassador who has presented his/her credentials to the secretary of state but not the US president. Such ambassadors fulfill all diplomatic functions except meeting with or appearing at functions attended by the president until such time as they formally present their credentials at a White Hou . . . more Diplomatic representation in the US field listing chief of mission: Ambassador Ammon MUTEMBWA (since 18 November 2014) chancery: 1608 New Hampshire Avenue NW, Washington, DC 20009 telephone: [1] (202) 332-7100 FAX: [1] (202) 483-9326 Diplomatic representation from the US: This entry includes the chief of mission, embassy address, mailing address, telephone number, FAX number, branch office locations, consulate general locations, and consulate locations. Diplomatic representation from the US field listing chief of mission: Ambassador Brian A. NICHOLS (since 19 July 2018) embassy: 2 Lorraine Drive, Bluffhill, Harare mailing address: P.O. Box 3340, Harare telephone: [263] (0) 867-701-1000 FAX: [263] (4) 796-488 Flag description: This entry provides a written flag description produced from actual flags or the best information available at the time the entry was written. The flags of independent states are used by their dependencies unless there is an officially recognized local flag. Some disputed and other areas do not have flags. Flag description field listing seven equal horizontal bands of green (top), yellow, red, black, red, yellow, and green with a white isosceles triangle edged in black with its base on the hoist side; a yellow Zimbabwe bird representing the long history of the country is superimposed on a red five-pointed star in the center of the triangle, which symbolizes peace; green represents agriculture, yellow mineral wealth, red the blood shed to achieve independence, and black stands for the native people National symbol(s): A national symbol is a faunal, floral, or other abstract representation - or some distinctive object - that over time has come to be closely identified with a country or entity. Not all countries have national symbols; a few countries have more than one. National symbol(s) field listing Zimbabwe bird symbol, African fish eagle, flame lily; national colors: green, yellow, red, black, white National anthem: A generally patriotic musical composition - usually in the form of a song or hymn of praise - that evokes and eulogizes the history, traditions, or struggles of a nation or its people. National anthems can be officially recognized as a national song by a country's constitution or by an enacted law, or simply by tradition. Although most anthems contain lyrics, some do not. National anthem field listing name: "Kalibusiswe Ilizwe leZimbabwe" [Northern Ndebele language] "Simudzai Mureza WeZimbabwe" [Shona] (Blessed Be the Land of Zimbabwe) lyrics/music: Solomon MUTSWAIRO/Fred Lecture CHANGUNDEGA note: adopted 1994 Hide Economy :: ZIMBABWE Panel - Expanded Economy - overview: This entry briefly describes the type of economy, including the degree of market orientation, the level of economic development, the most important natural resources, and the unique areas of specialization. It also characterizes major economic events and policy changes in the most recent 12 months and may include a statement about one or two key future macroeconomic trends. Economy - overview field listing Zimbabwe's economy depends heavily on its mining and agriculture sectors. Following a contraction from 1998 to 2008, the economy recorded real growth of more than 10% per year in the period 2010-13, before falling below 3% in the period 2014-17, due to poor harvests, low diamond revenues, and decreased investment. Lower mineral prices, infrastructure and regulatory deficiencies, a poor investment climate, a large public and external debt burden, and extremely high government wage expenses impede the country’s economic performance. Until early 2009, the Reserve Bank of Zimbabwe (RBZ) routinely printed money to fund the budget deficit, causing hyperinflation. Adoption of a multi-currency basket in early 2009 - which allowed currencies such as the Botswana pula, the South Africa rand, and the US dollar to be used locally - reduced inflation below 10% per year. In January 2015, as part of the government’s effort to boost trade and attract foreign investment, the RBZ announced that the Chinese renmimbi, Indian rupee, Australian dollar, and Japanese yen would be accepted as legal tender in Zimbabwe, though transactions were predominantly carried out in US dollars and South African rand until 2016, when the rand’s devaluation and instability led to near-exclusive use of the US dollar. The government in November 2016 began releasing bond notes, a parallel currency legal only in Zimbabwe which the government claims will have a one-to-one exchange ratio with the US dollar, to ease cash shortages. Bond notes began trading at a discount of up to 10% in the black market by the end of 2016. Zimbabwe’s government entered a second Staff Monitored Program with the IMF in 2014 and undertook other measures to reengage with international financial institutions. Zimbabwe repaid roughly $108 million in arrears to the IMF in October 2016, but financial observers note that Zimbabwe is unlikely to gain new financing because the government has not disclosed how it plans to repay more than $1.7 billion in arrears to the World Bank and African Development Bank. International financial institutions want Zimbabwe to implement significant fiscal and structural reforms before granting new loans. Foreign and domestic investment continues to be hindered by the lack of land tenure and titling, the inability to repatriate dividends to investors overseas, and the lack of clarity regarding the government’s Indigenization and Economic Empowerment Act. GDP (purchasing power parity): This entry gives the gross domestic product (GDP) or value of all final goods and services produced within a nation in a given year. A nation's GDP at purchasing power parity (PPP) exchange rates is the sum value of all goods and services produced in the country valued at prices prevailing in the United States in the year noted. This is the measure most economists prefer when looking at per-capita welfare and when comparing living conditions or use of resources across countries. The measur . . . more GDP (purchasing power parity) field listing $34.27 billion (2017 est.) $33.04 billion (2016 est.) $32.82 billion (2015 est.) note: data are in 2017 dollars country comparison to the world: 127 GDP (official exchange rate): This entry gives the gross domestic product (GDP) or value of all final goods and services produced within a nation in a given year. A nation's GDP at official exchange rates (OER) is the home-currency-denominated annual GDP figure divided by the bilateral average US exchange rate with that country in that year. The measure is simple to compute and gives a precise measure of the value of output. Many economists prefer this measure when gauging the economic power an economy maintains vis- . . . more GDP (official exchange rate) field listing $17.64 billion (2017 est.) GDP - real growth rate: This entry gives GDP growth on an annual basis adjusted for inflation and expressed as a percent. The growth rates are year-over-year, and not compounded. GDP - real growth rate field listing 3.7% (2017 est.) 0.7% (2016 est.) 1.4% (2015 est.) country comparison to the world: 93 GDP - per capita (PPP): This entry shows GDP on a purchasing power parity basis divided by population as of 1 July for the same year. GDP - per capita (PPP) field listing $2,300 (2017 est.) $2,300 (2016 est.) $2,300 (2015 est.) note: data are in 2017 dollars country comparison to the world: 203 Gross national saving: Gross national saving is derived by deducting final consumption expenditure (household plus government) from Gross national disposable income, and consists of personal saving, plus business saving (the sum of the capital consumption allowance and retained business profits), plus government saving (the excess of tax revenues over expenditures), but excludes foreign saving (the excess of imports of goods and services over exports). The figures are presented as a percent of GDP. A negative . . . more Gross national saving field listing 23.3% of GDP (2017 est.) 19.1% of GDP (2016 est.) 8% of GDP (2015 est.) country comparison to the world: 74 GDP - composition, by end use: This entry shows who does the spending in an economy: consumers, businesses, government, and foreigners. The distribution gives the percentage contribution to total GDP of household consumption, government consumption, investment in fixed capital, investment in inventories, exports of goods and services, and imports of goods and services, and will total 100 percent of GDP if the data are complete. household consumption consists of expenditures by resident households, and by nonprofit insti . . . more GDP - composition, by end use field listing household consumption: 77.6% (2017 est.) government consumption: 24% (2017 est.) investment in fixed capital: 12.6% (2017 est.) investment in inventories: 0% (2017 est.) exports of goods and services: 25.6% (2017 est.) imports of goods and services: -39.9% (2017 est.) GDP - composition, by sector of origin: This entry shows where production takes place in an economy. The distribution gives the percentage contribution of agriculture, industry, and services to total GDP, and will total 100 percent of GDP if the data are complete. Agriculture includes farming, fishing, and forestry. Industry includes mining, manufacturing, energy production, and construction. Services cover government activities, communications, transportation, finance, and all other private economic activities that do not prod . . . more GDP - composition, by sector of origin field listing agriculture: 12% (2017 est.) industry: 22.2% (2017 est.) services: 65.8% (2017 est.) Agriculture - products: This entry is an ordered listing of major crops and products starting with the most important. Agriculture - products field listing tobacco, corn, cotton, wheat, coffee, sugarcane, peanuts; sheep, goats, pigs Industries: This entry provides a rank ordering of industries starting with the largest by value of annual output. Industries field listing mining (coal, gold, platinum, copper, nickel, tin, diamonds, clay, numerous metallic and nonmetallic ores), steel; wood products, cement, chemicals, fertilizer, clothing and footwear, foodstuffs, beverages Industrial production growth rate: This entry gives the annual percentage increase in industrial production (includes manufacturing, mining, and construction). Industrial production growth rate field listing 0.3% (2017 est.) country comparison to the world: 167 Labor force: This entry contains the total labor force figure. Labor force field listing 7.907 million (2017 est.) country comparison to the world: 64 Labor force - by occupation: This entry lists the percentage distribution of the labor force by sector of occupation. Agriculture includes farming, fishing, and forestry. Industry includes mining, manufacturing, energy production, and construction. Services cover government activities, communications, transportation, finance, and all other economic activities that do not produce material goods. The distribution will total less than 100 percent if the data are incomplete and may range from 99-101 percent due to rounding. more Labor force - by occupation field listing agriculture: 67.5%  industry: 7.3%  services: 25.2% (2017 est.) Unemployment rate: This entry contains the percent of the labor force that is without jobs. Substantial underemployment might be noted. Unemployment rate field listing 11.3% (2014 est.) 80% (2005 est.) note: data include both unemployment and underemployment; true unemployment is unknown and, under current economic conditions, unknowable country comparison to the world: 154 Population below poverty line: National estimates of the percentage of the population falling below the poverty line are based on surveys of sub-groups, with the results weighted by the number of people in each group. Definitions of poverty vary considerably among nations. For example, rich nations generally employ more generous standards of poverty than poor nations. Population below poverty line field listing 72.3% (2012 est.) Household income or consumption by percentage share: Data on household income or consumption come from household surveys, the results adjusted for household size. Nations use different standards and procedures in collecting and adjusting the data. Surveys based on income will normally show a more unequal distribution than surveys based on consumption. The quality of surveys is improving with time, yet caution is still necessary in making inter-country comparisons. Household income or consumption by percentage share field listing lowest 10%: 2%  highest 10%: 40.4% (1995) Distribution of family income - Gini index: This index measures the degree of inequality in the distribution of family income in a country. The index is calculated from the Lorenz curve, in which cumulative family income is plotted against the number of families arranged from the poorest to the richest. The index is the ratio of (a) the area between a country's Lorenz curve and the 45 degree helping line to (b) the entire triangular area under the 45 degree line. The more nearly equal a country's income distribution, the closer its . . . more Distribution of family income - Gini index field listing 43.2 (2011 est.) 50.1 (2006) country comparison to the world: 48 Budget: This entry includes revenues, expenditures, and capital expenditures. These figures are calculated on an exchange rate basis, i.e., not in purchasing power parity (PPP) terms. Budget field listing revenues: 3.8 billion (2017 est.) expenditures: 5.5 billion (2017 est.) Taxes and other revenues: This entry records total taxes and other revenues received by the national government during the time period indicated, expressed as a percent of GDP. Taxes include personal and corporate income taxes, value added taxes, excise taxes, and tariffs. Other revenues include social contributions - such as payments for social security and hospital insurance - grants, and net revenues from public enterprises. Normalizing the data, by dividing total revenues by GDP, enables easy comparisons acr . . . more Taxes and other revenues field listing 21.5% (of GDP) (2017 est.) country comparison to the world: 138 Budget surplus (+) or deficit (-): This entry records the difference between national government revenues and expenditures, expressed as a percent of GDP. A positive (+) number indicates that revenues exceeded expenditures (a budget surplus), while a negative (-) number indicates the reverse (a budget deficit). Normalizing the data, by dividing the budget balance by GDP, enables easy comparisons across countries and indicates whether a national government saves or borrows money. Countries with high budget deficits (relat . . . more Budget surplus (+) or deficit (-) field listing -9.6% (of GDP) (2017 est.) country comparison to the world: 208 Public debt: This entry records the cumulative total of all government borrowings less repayments that are denominated in a country's home currency. Public debt should not be confused with external debt, which reflects the foreign currency liabilities of both the private and public sector and must be financed out of foreign exchange earnings. Public debt field listing 82.3% of GDP (2017 est.) 69.9% of GDP (2016 est.) country comparison to the world: 34 Fiscal year: This entry identifies the beginning and ending months for a country's accounting period of 12 months, which often is the calendar year but which may begin in any month. All yearly references are for the calendar year (CY) unless indicated as a noncalendar fiscal year (FY). Fiscal year field listing calendar year Inflation rate (consumer prices): This entry furnishes the annual percent change in consumer prices compared with the previous year's consumer prices. Inflation rate (consumer prices) field listing 0.9% (2017 est.) -1.6% (2016 est.) country comparison to the world: 49 Central bank discount rate: This entry provides the annualized interest rate a country's central bank charges commercial, depository banks for loans to meet temporary shortages of funds. Central bank discount rate field listing 7.17% (31 December 2010) 975% (31 December 2007) country comparison to the world: 46 Commercial bank prime lending rate: This entry provides a simple average of annualized interest rates commercial banks charge on new loans, denominated in the national currency, to their most credit-worthy customers. Commercial bank prime lending rate field listing 18% (31 December 2017 est.) 7.1% (31 December 2016 est.) country comparison to the world: 22 Stock of narrow money: This entry, also known as "M1," comprises the total quantity of currency in circulation (notes and coins) plus demand deposits denominated in the national currency held by nonbank financial institutions, state and local governments, nonfinancial public enterprises, and the private sector of the economy, measured at a specific point in time. National currency units have been converted to US dollars at the closing exchange rate for the date of the information. Because of exchange rate moveme . . . more Stock of narrow money field listing $4.322 billion (31 December 2017 est.) $4.104 billion (31 December 2016 est.) note: Zimbabwe's central bank no longer publishes data on monetary aggregates, except for bank deposits, which amounted to $2.1 billion in November 2010; the Zimbabwe dollar stopped circulating in early 2009; since then, the US dollar and South African rand have been the most frequently used currencies; there are no reliable estimates of the amount of foreign currency circulating in Zimbabwe country comparison to the world: 109 Stock of broad money: This entry covers all of "Narrow money," plus the total quantity of time and savings deposits, credit union deposits, institutional money market funds, short-term repurchase agreements between the central bank and commercial deposit banks, and other large liquid assets held by nonbank financial institutions, state and local governments, nonfinancial public enterprises, and the private sector of the economy. National currency units have been converted to US dollars at the closing exchange r . . . more Stock of broad money field listing $4.322 billion (31 December 2017 est.) $4.104 billion (31 December 2016 est.) country comparison to the world: 114 Stock of domestic credit: This entry is the total quantity of credit, denominated in the domestic currency, provided by financial institutions to the central bank, state and local governments, public non-financial corporations, and the private sector. The national currency units have been converted to US dollars at the closing exchange rate on the date of the information. Stock of domestic credit field listing $8.389 billion (31 December 2017 est.) $5.358 billion (31 December 2016 est.) country comparison to the world: 115 Market value of publicly traded shares: This entry gives the value of shares issued by publicly traded companies at a price determined in the national stock markets on the final day of the period indicated. It is simply the latest price per share multiplied by the total number of outstanding shares, cumulated over all companies listed on the particular exchange. Market value of publicly traded shares field listing $4.073 billion (13 April 2015 est.) $11.82 billion (31 December 2012 est.) $10.9 billion (31 December 2011 est.) country comparison to the world: 88 Current account balance: This entry records a country's net trade in goods and services, plus net earnings from rents, interest, profits, and dividends, and net transfer payments (such as pension funds and worker remittances) to and from the rest of the world during the period specified. These figures are calculated on an exchange rate basis, i.e., not in purchasing power parity (PPP) terms. Current account balance field listing -$716 million (2017 est.) -$553 million (2016 est.) country comparison to the world: 130 Exports: This entry provides the total US dollar amount of merchandise exports on an f.o.b. (free on board) basis. These figures are calculated on an exchange rate basis, i.e., not in purchasing power parity (PPP) terms. Exports field listing $4.353 billion (2017 est.) $3.366 billion (2016 est.) country comparison to the world: 114 Exports - partners: This entry provides a rank ordering of trading partners starting with the most important; it sometimes includes the percent of total dollar value. Exports - partners field listing South Africa 50.3%, Mozambique 22.5%, UAE 9.8%, Zambia 4.9% (2017) Exports - commodities: This entry provides a listing of the highest-valued exported products; it sometimes includes the percent of total dollar value. Exports - commodities field listing platinum, cotton, tobacco, gold, ferroalloys, textiles/clothing Imports: This entry provides the total US dollar amount of merchandise imports on a c.i.f. (cost, insurance, and freight) or f.o.b. (free on board) basis. These figures are calculated on an exchange rate basis, i.e., not in purchasing power parity (PPP) terms. Imports field listing $5.472 billion (2017 est.) $5.236 billion (2016 est.) country comparison to the world: 122 Imports - commodities: This entry provides a listing of the highest-valued imported products; it sometimes includes the percent of total dollar value. Imports - commodities field listing machinery and transport equipment, other manufactures, chemicals, fuels, food products Imports - partners: This entry provides a rank ordering of trading partners starting with the most important; it sometimes includes the percent of total dollar value. Imports - partners field listing South Africa 47.8%, Zambia 20.5% (2017) Reserves of foreign exchange and gold: This entry gives the dollar value for the stock of all financial assets that are available to the central monetary authority for use in meeting a country's balance of payments needs as of the end-date of the period specified. This category includes not only foreign currency and gold, but also a country's holdings of Special Drawing Rights in the International Monetary Fund, and its reserve position in the Fund. Reserves of foreign exchange and gold field listing $431.8 million (31 December 2017 est.) $407.2 million (31 December 2016 est.) country comparison to the world: 157 Debt - external: This entry gives the total public and private debt owed to nonresidents repayable in internationally accepted currencies, goods, or services. These figures are calculated on an exchange rate basis, i.e., not in purchasing power parity (PPP) terms. Debt - external field listing $9.357 billion (31 December 2017 est.) $10.14 billion (31 December 2016 est.) country comparison to the world: 116 Stock of direct foreign investment - at home: This entry gives the cumulative US dollar value of all investments in the home country made directly by residents - primarily companies - of other countries as of the end of the time period indicated. Direct investment excludes investment through purchase of shares. Stock of direct foreign investment - at home field listing $3.86 billion (31 December 2017 est.) $3.518 billion (31 December 2016 est.) country comparison to the world: 110 Stock of direct foreign investment - abroad: This entry gives the cumulative US dollar value of all investments in foreign countries made directly by residents - primarily companies - of the home country, as of the end of the time period indicated. Direct investment excludes investment through purchase of shares. Stock of direct foreign investment - abroad field listing $309.6 million (31 December 2017 est.) $271.6 million (31 December 2016 est.) country comparison to the world: 102 Exchange rates: This entry provides the average annual price of a country's monetary unit for the time period specified, expressed in units of local currency per US dollar, as determined by international market forces or by official fiat. The International Organization for Standardization (ISO) 4217 alphabetic currency code for the national medium of exchange is presented in parenthesis. Closing daily exchange rates are not presented in The World Factbook, but are used to convert stock values - e.g., the . . . more Exchange rates field listing Zimbabwean dollars (ZWD) per US dollar - 1 (2017 est.) 1 (2016 est.) (2013) 234.25 (2010) note: the dollar was adopted as a legal currency in 2009; since then the Zimbabwean dollar has experienced hyperinflation and is essentially worthless Hide Energy :: ZIMBABWE Panel - Expanded Electricity access: This entry provides information on access to electricity. Electrification data – collected from industry reports, national surveys, and international sources – consists of four subfields. Population without electricity provides an estimate of the number of citizens that do not have access to electricity. Electrification – total population is the percent of a country’s total population with access to electricity, electrification – urban areas is the percent of a country’s urban population w . . . more Electricity access field listing population without electricity: 11 million (2017) electrification - total population: 34% (2017) electrification - urban areas: 81% (2017) electrification - rural areas: 11% (2017) Electricity - production: This entry is the annual electricity generated expressed in kilowatt-hours. The discrepancy between the amount of electricity generated and/or imported and the amount consumed and/or exported is accounted for as loss in transmission and distribution. Electricity - production field listing 6.8 billion kWh (2016 est.) country comparison to the world: 113 Electricity - consumption: This entry consists of total electricity generated annually plus imports and minus exports, expressed in kilowatt-hours. The discrepancy between the amount of electricity generated and/or imported and the amount consumed and/or exported is accounted for as loss in transmission and distribution. Electricity - consumption field listing 7.118 billion kWh (2016 est.) country comparison to the world: 108 Electricity - exports: This entry is the total exported electricity in kilowatt-hours. Electricity - exports field listing 1.239 billion kWh (2015 est.) country comparison to the world: 54 Electricity - imports: This entry is the total imported electricity in kilowatt-hours. Electricity - imports field listing 2.22 billion kWh (2016 est.) country comparison to the world: 54 Electricity - installed generating capacity: This entry is the total capacity of currently installed generators, expressed in kilowatts (kW), to produce electricity. A 10-kilowatt (kW) generator will produce 10 kilowatt hours (kWh) of electricity, if it runs continuously for one hour. Electricity - installed generating capacity field listing 2.122 million kW (2016 est.) country comparison to the world: 111 Electricity - from fossil fuels: This entry measures the capacity of plants that generate electricity by burning fossil fuels (such as coal, petroleum products, and natural gas), expressed as a share of the country's total generating capacity. Electricity - from fossil fuels field listing 58% of total installed capacity (2016 est.) country comparison to the world: 136 Electricity - from nuclear fuels: This entry measures the capacity of plants that generate electricity through radioactive decay of nuclear fuel, expressed as a share of the country's total generating capacity. Electricity - from nuclear fuels field listing 0% of total installed capacity (2017 est.) country comparison to the world: 215 Electricity - from hydroelectric plants: This entry measures the capacity of plants that generate electricity by water-driven turbines, expressed as a share of the country's total generating capacity. Electricity - from hydroelectric plants field listing 37% of total installed capacity (2017 est.) country comparison to the world: 58 Electricity - from other renewable sources: This entry measures the capacity of plants that generate electricity by using renewable energy sources other than hydroelectric (including, for example, wind, waves, solar, and geothermal), expressed as a share of the country's total generating capacity. Electricity - from other renewable sources field listing 5% of total installed capacity (2017 est.) country comparison to the world: 110 Crude oil - production: This entry is the total amount of crude oil produced, in barrels per day (bbl/day). Crude oil - production field listing 0 bbl/day (2017 est.) country comparison to the world: 217 Crude oil - exports: This entry is the total amount of crude oil exported, in barrels per day (bbl/day). Crude oil - exports field listing 0 bbl/day (2015 est.) country comparison to the world: 218 Crude oil - imports: This entry is the total amount of crude oil imported, in barrels per day (bbl/day). Crude oil - imports field listing 0 bbl/day (2015 est.) country comparison to the world: 218 Crude oil - proved reserves: This entry is the stock of proved reserves of crude oil, in barrels (bbl). Proved reserves are those quantities of petroleum which, by analysis of geological and engineering data, can be estimated with a high degree of confidence to be commercially recoverable from a given date forward, from known reservoirs and under current economic conditions. Crude oil - proved reserves field listing 0 bbl (1 January 2018 est.) country comparison to the world: 215 Refined petroleum products - production: This entry is the country's total output of refined petroleum products, in barrels per day (bbl/day). The discrepancy between the amount of refined petroleum products produced and/or imported and the amount consumed and/or exported is due to the omission of stock changes, refinery gains, and other complicating factors. Refined petroleum products - production field listing 0 bbl/day (2015 est.) country comparison to the world: 217 Refined petroleum products - consumption: This entry is the country's total consumption of refined petroleum products, in barrels per day (bbl/day). The discrepancy between the amount of refined petroleum products produced and/or imported and the amount consumed and/or exported is due to the omission of stock changes, refinery gains, and other complicating factors. Refined petroleum products - consumption field listing 27,000 bbl/day (2016 est.) country comparison to the world: 127 Refined petroleum products - exports: This entry is the country's total exports of refined petroleum products, in barrels per day (bbl/day). Refined petroleum products - exports field listing 0 bbl/day (2015 est.) country comparison to the world: 217 Refined petroleum products - imports: This entry is the country's total imports of refined petroleum products, in barrels per day (bbl/day). Refined petroleum products - imports field listing 26,400 bbl/day (2015 est.) country comparison to the world: 104 Natural gas - production: This entry is the total natural gas produced in cubic meters (cu m). The discrepancy between the amount of natural gas produced and/or imported and the amount consumed and/or exported is due to the omission of stock changes and other complicating factors. Natural gas - production field listing 0 cu m (2017 est.) country comparison to the world: 217 Natural gas - consumption: This entry is the total natural gas consumed in cubic meters (cu m). The discrepancy between the amount of natural gas produced and/or imported and the amount consumed and/or exported is due to the omission of stock changes and other complicating factors. Natural gas - consumption field listing 0 cu m (2017 est.) country comparison to the world: 216 Natural gas - exports: This entry is the total natural gas exported in cubic meters (cu m). Natural gas - exports field listing 0 cu m (2017 est.) country comparison to the world: 216 Natural gas - imports: This entry is the total natural gas imported in cubic meters (cu m). Natural gas - imports field listing 0 cu m (2017 est.) country comparison to the world: 216 Natural gas - proved reserves: This entry is the stock of proved reserves of natural gas in cubic meters (cu m). Proved reserves are those quantities of natural gas, which, by analysis of geological and engineering data, can be estimated with a high degree of confidence to be commercially recoverable from a given date forward, from known reservoirs and under current economic conditions. Natural gas - proved reserves field listing 0 cu m (1 January 2014 est.) country comparison to the world: 210 Carbon dioxide emissions from consumption of energy: This entry is the total amount of carbon dioxide, measured in metric tons, released by burning fossil fuels in the process of producing and consuming energy. Carbon dioxide emissions from consumption of energy field listing 12.06 million Mt (2017 est.) country comparison to the world: 100 Hide Communications :: ZIMBABWE Panel - Expanded Telephones - fixed lines: This entry gives the total number of fixed telephone lines in use, as well as the number of subscriptions per 100 inhabitants. Telephones - fixed lines field listing total subscriptions: 264,150 (2017 est.) subscriptions per 100 inhabitants: 2 (2017 est.) country comparison to the world: 119 Telephones - mobile cellular: This entry gives the total number of mobile cellular telephone subscribers, as well as the number of subscriptions per 100 inhabitants. Note that because of the ubiquity of mobile phone use in developed countries, the number of subscriptions per 100 inhabitants can exceed 100. Telephones - mobile cellular field listing total subscriptions: 14,092,104 (2017 est.) subscriptions per 100 inhabitants: 102 (2017 est.) country comparison to the world: 68 Telephone system: This entry includes a brief general assessment of the system with details on the domestic and international components. The following terms and abbreviations are used throughout the entry: Arabsat - Arab Satellite Communications Organization (Riyadh, Saudi Arabia). Autodin - Automatic Digital Network (US Department of Defense). CB - citizen's band mobile radio communications. Cellular telephone system - the telephones in this system are radio transceivers, with each instrument having its o . . . more Telephone system field listing general assessment: continued economic instability given fractious elections in 2013 and infrastructure limitations, such as reliable power, hinder progress; competition has driven rapid expansion of telecommunications, particularly cellular voice and mobile broadband, in recent years; 3 mobile network operators continue to invest in m-commerce and m-banking facilities; 3G and VoIP services are widely available with 4G/LTE service being deployed domestic: consists of microwave radio relay links, open-wire lines, radiotelephone communication stations, fixed wireless local loop installations, fiber-optic cable, VSAT terminals, and a substantial mobile-cellular network; Internet connection is most readily available in Harare and major towns; two government owned and two private cellular providers; fixed-line 2 per 100 and mobile-cellular 102 per 100 international: country code - 263; satellite earth stations - 2 Intelsat; 5 international digital gateway exchanges; fiber-optic connections to neighboring states provide access to international networks via undersea cable Broadcast media: This entry provides information on the approximate number of public and private TV and radio stations in a country, as well as basic information on the availability of satellite and cable TV services. Broadcast media field listing government owns all local radio and TV stations; foreign shortwave broadcasts and satellite TV are available to those who can afford antennas and receivers; in rural areas, access to TV broadcasts is extremely limited; analog TV only, no digital service (2017) Internet country code: This entry includes the two-letter codes maintained by the International Organization for Standardization (ISO) in the ISO 3166 Alpha-2 list and used by the Internet Assigned Numbers Authority (IANA) to establish country-coded top-level domains (ccTLDs). Internet country code field listing .zw Internet users: This entry gives the total number of individuals within a country who can access the Internet at home, via any device type (computer or mobile) and connection. The percent of population with Internet access (i.e., the penetration rate) helps gauge how widespread Internet use is within a country. Statistics vary from country to country and may include users who access the Internet at least several times a week to those who access it only once within a period of several months. Internet users field listing total: 3,363,256 (July 2016 est.) percent of population: 23.1% (July 2016 est.) country comparison to the world: 93 Broadband - fixed subscriptions: This entry gives the total number of fixed-broadband subscriptions, as well as the number of subscriptions per 100 inhabitants. Fixed broadband is a physical wired connection to the Internet (e.g., coaxial cable, optical fiber) at speeds equal to or greater than 256 kilobits/second (256 kbit/s). Broadband - fixed subscriptions field listing total: 187,310 (2017 est.) subscriptions per 100 inhabitants: 1 (2017 est.) country comparison to the world: 109 Hide Transportation :: ZIMBABWE Panel - Expanded National air transport system: This entry includes four subfields describing the air transport system of a given country in terms of both structure and performance. The first subfield, number of registered air carriers, indicates the total number of air carriers registered with the country’s national aviation authority and issued an air operator certificate as required by the Convention on International Civil Aviation. The second subfield, inventory of registered aircraft operated by air carriers, lists the total number . . . more National air transport system field listing number of registered air carriers: 2 (2015) inventory of registered aircraft operated by air carriers: 4 (2015) annual passenger traffic on registered air carriers: 370,164 (2015) annual freight traffic on registered air carriers: 962,642 mt-km (2015) Civil aircraft registration country code prefix: This entry provides the one- or two-character alphanumeric code indicating the nationality of civil aircraft. Article 20 of the Convention on International Civil Aviation (Chicago Convention), signed in 1944, requires that all aircraft engaged in international air navigation bear appropriate nationality marks. The aircraft registration number consists of two parts: a prefix consisting of a one- or two-character alphanumeric code indicating nationality and a registration suffix of one to fi . . . more Civil aircraft registration country code prefix field listing Z (2016) Airports: This entry gives the total number of airports or airfields recognizable from the air. The runway(s) may be paved (concrete or asphalt surfaces) or unpaved (grass, earth, sand, or gravel surfaces) and may include closed or abandoned installations. Airports or airfields that are no longer recognizable (overgrown, no facilities, etc.) are not included. Note that not all airports have accommodations for refueling, maintenance, or air traffic control. Airports field listing 196 (2013) country comparison to the world: 29 Airports - with paved runways: This entry gives the total number of airports with paved runways (concrete or asphalt surfaces) by length. For airports with more than one runway, only the longest runway is included according to the following five groups - (1) over 3,047 m (over 10,000 ft), (2) 2,438 to 3,047 m (8,000 to 10,000 ft), (3) 1,524 to 2,437 m (5,000 to 8,000 ft), (4) 914 to 1,523 m (3,000 to 5,000 ft), and (5) under 914 m (under 3,000 ft). Only airports with usable runways are included in this listing. Not all . . . more Airports - with paved runways field listing total: 17 (2013) over 3,047 m: 3 (2013) 2,438 to 3,047 m: 2 (2013) 1,524 to 2,437 m: 5 (2013) 914 to 1,523 m: 7 (2013) Airports - with unpaved runways: This entry gives the total number of airports with unpaved runways (grass, dirt, sand, or gravel surfaces) by length. For airports with more than one runway, only the longest runway is included according to the following five groups - (1) over 3,047 m (over 10,000 ft), (2) 2,438 to 3,047 m (8,000 to 10,000 ft), (3) 1,524 to 2,437 m (5,000 to 8,000 ft), (4) 914 to 1,523 m (3,000 to 5,000 ft), and (5) under 914 m (under 3,000 ft). Only airports with usable runways are included in this listin . . . more Airports - with unpaved runways field listing total: 179 (2013) 1,524 to 2,437 m: 3 (2013) 914 to 1,523 m: 104 (2013) under 914 m: 72 (2013) Pipelines: This entry gives the lengths and types of pipelines for transporting products like natural gas, crude oil, or petroleum products. Pipelines field listing 270 km refined products (2013) Railways: This entry states the total route length of the railway network and of its component parts by gauge, which is the measure of the distance between the inner sides of the load-bearing rails. The four typical types of gauges are: broad, standard, narrow, and dual. Other gauges are listed under note. Some 60% of the world's railways use the standard gauge of 1.4 m (4.7 ft). Gauges vary by country and sometimes within countries. The choice of gauge during initial construction was mainly in resp . . . more Railways field listing total: 3,427 km (2014) narrow gauge: 3,427 km 1.067-m gauge (313 km electrified) (2014) country comparison to the world: 58 Roadways: This entry gives the total length of the road network and includes the length of the paved and unpaved portions. Roadways field listing Waterways: This entry gives the total length of navigable rivers, canals, and other inland bodies of water. Waterways field listing (some navigation possible on Lake Kariba) (2011) Ports and terminals: This entry lists major ports and terminals primarily on the basis of the amount of cargo tonnage shipped through the facilities on an annual basis. In some instances, the number of containers handled or ship visits were also considered. Most ports service multiple classes of vessels including bulk carriers (dry and liquid), break bulk cargoes (goods loaded individually in bags, boxes, crates, or drums; sometimes palletized), containers, roll-on/roll-off, and passenger ships. The listing le . . . more Ports and terminals field listing river port(s): Binga, Kariba (Zambezi) Hide Military and Security :: ZIMBABWE Panel - Expanded Military expenditures: This entry gives spending on defense programs for the most recent year available as a percent of gross domestic product (GDP); the GDP is calculated on an exchange rate basis, i.e., not in terms of purchasing power parity (PPP). For countries with no military forces, this figure can include expenditures on public security and police. Military expenditures field listing 2.2% of GDP (2016) 2.34% of GDP (2015) 2.32% of GDP (2014) 2.34% of GDP (2013) 2.26% of GDP (2012) country comparison to the world: 44 Military branches: This entry lists the service branches subordinate to defense ministries or the equivalent (typically ground, naval, air, and marine forces). Military branches field listing Zimbabwe Defense Forces (ZDF): Zimbabwe National Army (ZNA), Air Force of Zimbabwe (AFZ) (2012) Military service age and obligation: This entry gives the required ages for voluntary or conscript military service and the length of service obligation. Military service age and obligation field listing 18-24 years of age for voluntary military service; no conscription; women are eligible to serve (2012) Hide Transnational Issues :: ZIMBABWE Panel - Expanded Disputes - international: This entry includes a wide variety of situations that range from traditional bilateral boundary disputes to unilateral claims of one sort or another. Information regarding disputes over international terrestrial and maritime boundaries has been reviewed by the US Department of State. References to other situations involving borders or frontiers may also be included, such as resource disputes, geopolitical questions, or irredentist issues; however, inclusion does not necessarily constitute . . . more Disputes - international field listing Namibia has supported, and in 2004 Zimbabwe dropped objections to, plans between Botswana and Zambia to build a bridge over the Zambezi River, thereby de facto recognizing a short, but not clearly delimited, Botswana-Zambia boundary in the river; South Africa has placed military units to assist police operations along the border of Lesotho, Zimbabwe, and Mozambique to control smuggling, poaching, and illegal migration Refugees and internally displaced persons: This entry includes those persons residing in a country as refugees, internally displaced persons (IDPs), or stateless persons. Each country's refugee entry includes only countries of origin that are the source of refugee populations of 5,000 or more. The definition of a refugee according to a UN Convention is "a person who is outside his/her country of nationality or habitual residence; has a well-founded fear of persecution because of his/her race, religion, nationality, membership in a . . . more Refugees and internally displaced persons field listing refugees (country of origin): Mozambique 7,974 (refugees and asylum seekers) (2018), 10,407 (Democratic Republic of Congo) (refugees and asylum seekers) (2019) IDPs: 59,125 (tropical cyclone, 2019) (2019) stateless persons: 300,000 (2016) Trafficking in persons: Trafficking in persons is modern-day slavery, involving victims who are forced, defrauded, or coerced into labor or sexual exploitation. The International Labor Organization (ILO), the UN agency charged with addressing labor standards, employment, and social protection issues, estimated in 2011 that 20.9 million people worldwide were victims of forced labor, bonded labor, forced child labor, sexual servitude, and involuntary servitude. Human trafficking is a multi-dimensional threat, depri . . . more Trafficking in persons field listing current situation: Zimbabwe is a source, transit, and destination country for men, women, and children subjected to forced labor and sex trafficking; Zimbabwean women and girls from towns bordering South Africa, Mozambique, and Zambia are subjected to forced labor, including domestic servitude, and prostitution catering to long-distance truck drivers; Zimbabwean men, women, and children experience forced labor in agriculture and domestic servitude in rural areas; family members may recruit children and other relatives from rural areas with promises of work or education in cities and towns where they end up in domestic servitude and sex trafficking; Zimbabwean women and men are lured into exploitative labor situations in South Africa and other neighboring countries tier rating: Tier 3 - Zimbabwe does not fully comply with the minimum standards for the elimination of trafficking and is not making significant efforts to do so; the government passed an anti-trafficking law in 2014 defining trafficking in persons as a crime of transportation and failing to capture the key element of the international definition of human trafficking – the purpose of exploitation – which prevents the law from being comprehensive or consistent with the 2000 UN TIP Protocol that Zimbabwe acceded to in 2013; the government did not report on anti-trafficking law enforcement efforts during 2014, and corruption in law enforcement and the judiciary remain a concern; authorities made minimal efforts to identify and protect trafficking victims, relying on NGOs to identify and assist victims; Zimbabwe’s 2014 anti-trafficking law required the opening of 10 centers for trafficking victims, but none were established during the year; five existing shelters for vulnerable children and orphans may have accommodated child victims; in January 2015, an inter-ministerial anti-trafficking committee was established, but it is unclear if the committee ever met or initiated any activities (2015) Illicit drugs: This entry gives information on the five categories of illicit drugs - narcotics, stimulants, depressants (sedatives), hallucinogens, and cannabis. These categories include many drugs legally produced and prescribed by doctors as well as those illegally produced and sold outside of medical channels. Cannabis (Cannabis sativa) is the common hemp plant, which provides hallucinogens with some sedative properties, and includes marijuana (pot, Acapulco gold, grass, reefer), tetrahydroca . . . more Illicit drugs field listing transit point for cannabis and South Asian heroin, mandrax, and methamphetamines en route to South Africa
  • Condition: In Excellent Condition
  • Denomination: Trillion Dollars
  • Year of Issue: 2023
  • Number of Pieces: 1
  • Time Period: 2000s
  • Fineness: 0.5
  • Collection: Trillion Dollars
  • Features: Commemorative
  • Country/Region of Manufacture: Zimbabwe
  • Country of Origin: Great Britain
  • Colour: Gold

PicClick Insights - 100 Trillion Dollar Zimbabwe Gold Bar Bank Note Money Bill Robert Mugabe Ingot PicClick Exclusive

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