55 = 5 + 50
nickel and half dollar
four dimes equal 40 cents ten nickels equal fifty cents ten pennies equal 10 cents Add the 3 groups of coins for one dollar
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
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.
Three coins that equal 27 cents can be one quarter (25 cents) and one penny (2 cents). Alternatively, you could use two dimes (20 cents) and one nickel (5 cents) for a total of 25 cents, plus two pennies to reach 27 cents. However, the simplest combination is one quarter and two pennies.
two quarters, that's simple.
The actual wording of this puzzle is "What two coins equal 55 cents if one of them is not a nickel?"The answer of course is a half dollar and a nickel. The half is the coin that's not a nickel.
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
If you have 2 quarters, 2 dimes, 2 nickels and 20 pennies, you'll have a buck in 26 coins. 2 x 25 cents = 50 cents 2 x 10 cents = 20 cents 2 x 5 cents = 10 cents 20 x 1 cent = 20 cents ____________________ 26 coins = 100 cents (one dollar)
A half dollar and a nickel. One of them isn't a nickel, the other one is.
a quarter and a nickel cuz one is not a nickel n one is
One is a half dollar and the other is a nickel. You have two coins, ONE is not a nickel, but the other one is!
To make 49 cents, you can use a combination of coins, such as four dimes (40 cents), one nickel (5 cents), and four pennies (4 cents). For 16 cents, you can use one dime (10 cents) and six pennies (6 cents). There are other combinations possible, but these are some straightforward examples.