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The 10- and 20 fillér coins did circulate until the early '90s, and were removed in 1996. The last fillér coin, the 50 fillér (0.5 forint), was removed from circulation in 1999. [ 3 ] However, the fillér continues to be used in calculations, for example, in the price of petrol (e.g. 479.9 forint/litre), or in the prices of telephone calls.
These were replaced by newly designed aluminium coins. Later the cupronickel 10, 20 and 50 fillér coins were recalled as well, moreover, even the bronze 1 and 2 fillér coins disappeared after a time. First, they were replaced by steel, later - in the case of the 2 fillér - with zinc coins. The war coins were redesigned by Lajos Berán. As ...
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The new coins were meant to express stability and raise popular confidence. The first coins minted in 1946 were made of copper alloys for fillér coins and aluminium for 1 & 2 forint coins. The new forint was based on a gold standard, and in the first two years 5 forint coins of good quality silver were put into circulation. However, the ...
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In 1946, coins were introduced in denominations of 2, 10, 20 fillérs and 1, 2, 5 forints. The silver 5 forint coin was reissued only in the next year; later it was withdrawn from circulation. Five and 50 fillérs coins were issued in 1948. In 1967, a 5 forint coin was reintroduced, followed by a 10 forint in 1971 and 20 forint in 1982.
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Coin values can be modeled by a set of n distinct positive integer values (whole numbers), arranged in increasing order as w 1 through w n.The problem is: given an amount W, also a positive integer, to find a set of non-negative (positive or zero) integers {x 1, x 2, ..., x n}, with each x j representing how often the coin with value w j is used, which minimize the total number of coins f(W)