a quarter and a nickel cuz one is not a nickel n one is
A quarter and a nickel
25 cents plus 5 cents = 30 cents. One of these coins is not a nickel.
A dime, a nickel, and a penny (10 cents plus 5 cents plus 1 cent = 16 cents)
55 cents
A dime is 10 cents and a nickel is 5 cents, so added, that's 35 cents. Add 35 cents to 9 dollars, and that's a total of $9.35.
16 nickels equal 80 cents plus 42 cents equals 122 cents so the final answer is 7 dollars and 22 cents
25 cents plus 5 cents = 30 cents. One of these coins 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.
A dime, a nickel, and a penny (10 cents plus 5 cents plus 1 cent = 16 cents)
There is only one combination of two coins that will equal 11 cents. That would be one dime and one penny. Since the question limits us by stating that one coin is not a penny, then clearly the OTHER coin *must* be a penny.
A nickel, two quarters, and a penny equal 56 cents.
Not possible using only current denominations (1 cent, 5 cents, 10 cents). Allowing for obsolete denominations (current plus 1/2 cent, 2 cent, 3 cent): -- 2 half cents and 2 nickels -- 3 two cents and 1 nickel -- 1 two cents and 3 three cents -- 1 cent, 1 two cents, 1 three cent and 1 nickel
A nickel is worth 5 cents. A quarter is worth 25 cents. Together the total is 30 cents.
A dime plus a nickel plus 5 pennies add up to 20 cents.
60 cents
55 cents
59 cents 2 quarters plus 1 nickel plus 54 pennies is 25 + 25 + 5 + 1 + 1 + 1 + 1
A dime is 10 cents and a nickel is 5 cents, so added, that's 35 cents. Add 35 cents to 9 dollars, and that's a total of $9.35.