The two coins are 10c and 25c.
As stated in the question, one of them is not a quarter, if it's a leap year.
a quarter and a nickel, one of them is not 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.
The 6 coins that would be equal to 47 cents, would be one quarter, one dime, two nickels, and two pennies. There is no other way to make this with six coins.
If you mean "How do you make the worth of a quarter with 3 coins", the answer is: two dimes and one nickel.
quarter and a dime (the other coin is a dime).
a quarter and a nickel, one of them is not a nickel
That's more of a trick question than a real problem. The other coin IS a quarter.
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
a nickel and a quarter
A quarter and a nickel, it says one is not a quarter so the other has to be a quarter.
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.
A quarter and a nickel. One of them isn't a nickel, the other one is.
The puzzle actually reads "What two coins equal 30 cents but one of them is not a nickel?"The answer of course is a quarter and a nickel. The quarter is the coin that's not a nickel!
The 6 coins that would be equal to 47 cents, would be one quarter, one dime, two nickels, and two pennies. There is no other way to make this with six coins.
a quarter and a nickel . The quarter is not a nickel!
Two eighth notes are equal to one quarter note.
If you mean "How do you make the worth of a quarter with 3 coins", the answer is: two dimes and one nickel.