* a nickel , penny, quarter * quarter penny nickel
REASON: you said 1 wasn't a penny never said 2 or 3 wasnt ha ha ha
Assuming the 6,800 coins is cents. Then: 6800 cents equals $68.00.
nickel, two-cent coin, 2 pennies
If one of the coins is not a quarter, then the other coin is; plus a nickel, one would still attain a cumulative value of 30 cents.
It would be a quarter an a nickel. The question said one of the coins is not a nickel, not both.
One way for 16 Australian coins to equal 95 cents is as follows: * 13 5c coins and 3 10c coins 13 x 5 = 65 3 x 10 = 30 30 + 65 = 95 cents
Assuming the 6,800 coins is cents. Then: 6800 cents equals $68.00.
You have in your pocket a nickel and a quarter. (One of them is not a quarter- The other one is.) :)
The correct question is: You have two coins that equal 30 cents, and one of them isn't a nickel. Answer: a quarter and a nickel
nickel, two-cent coin, 2 pennies
If one of the coins is not a quarter, then the other coin is; plus a nickel, one would still attain a cumulative value of 30 cents.
4 dimes and 7 nickels
It would be a quarter an a nickel. The question said one of the coins is not a nickel, not both.
A fifty cent piece and a nickel equals 55 cents. If it's a riddle stating, "I have two coins that equals 55 cents, and one is not a nickel", the answer is still a fifty cent coin and a nickel. One is not a nickel, but the other one is.
depends on the currency. In Canada 20c= 4 5cent coins which equals the 20 cents or 2 10cent coins which also equals 20cents. In these hatted negative times if you do not have 20c cents let be either American,Canadian,Australian 20 cents you are doomed
One way for 16 Australian coins to equal 95 cents is as follows: * 13 5c coins and 3 10c coins 13 x 5 = 65 3 x 10 = 30 30 + 65 = 95 cents
The one that is not a nickel is a 50 cent piece. The other is a nickel.
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