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 is impossible to have 14 coins equal to 25 cents.
There is no US coin with a value equal to 60 cents.
Assuming the 6,800 coins is cents. Then: 6800 cents equals $68.00.
One combination of using 20 coins to equal the value of six could be 5 coins of 1 cent, 10 coins of 5 cents, and 5 coins of 0 cents. This totals to 5 + 50 = 55 cents, but since we need to equal six (which seems to imply six cents), another valid combination is 6 coins of 1 cent and 14 coins of 0 cents. This meets the requirement of using 20 coins while totaling six cents.
25 cents + 5 cents + 5 cents + 1 cent + 1 cent = 37 cents
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
no
It is impossible to have 14 coins equal to 25 cents.
There is no US coin with a value equal to 60 cents.
Assuming the 6,800 coins is cents. Then: 6800 cents equals $68.00.
Three coins that equal 80 cents could be a quarter (25 cents), a quarter (25 cents), and a half-dollar (50 cents). This combination adds up to a total of 80 cents.
four dimes equal 40 cents ten nickels equal fifty cents ten pennies equal 10 cents Add the 3 groups of coins for one dollar
It is not equal.
20 3034
One combination of using 20 coins to equal the value of six could be 5 coins of 1 cent, 10 coins of 5 cents, and 5 coins of 0 cents. This totals to 5 + 50 = 55 cents, but since we need to equal six (which seems to imply six cents), another valid combination is 6 coins of 1 cent and 14 coins of 0 cents. This meets the requirement of using 20 coins while totaling six cents.
25 cents + 5 cents + 5 cents + 1 cent + 1 cent = 37 cents
Their is no possible way to get 75 cents with four coins