Depends on your definition of "Sets of Coins"
if this means combinations of units of currency the answer is Two (2):
1) 6 quarters = 1.50
2) 5 quarters, 2 dimes, and 1 nickel = 1.50
if each individual coin is treated as a unique item then option 2 becomes 36 different options:
6 different quarters could be excluded
3 different dimes could be excluded
2 different nickels could be excluded
for 6x3x2 = 36 combinations +1 (the 6 quarter method)
=37 sets of coins.
Chat with our AI personalities
You could have: 3 quarters; 3 pennies 14 nickels; 3 pennies 7 dimes; 3 pennies
There are 2 solutions (if you include the non-use of quarters): 1 Quarter, 2 Dimes, 2 Nickels, 45 Pennies No Quarters, 2 Dimes, 8 Nickels, 40 Pennies
621 pennies and 40 nickels and 90 dimes and 8 quarters is: $13.62
Two quarters, two nickels, three pennies
There are 29 ways.
3 quarters+ 10 pennies+ 3 nickels= 1 dollar
Two quarters Three nickels Three pennies
you have 3 quarters 31 dimes and 65 pennies
You could have: 3 quarters; 3 pennies 14 nickels; 3 pennies 7 dimes; 3 pennies
The question suggests that there are 24 coins. 13 of them are pennies, 14 are nickels, and 16 are dimes and the rest are quarters. To answer this question, One would add the number of pennies, nickels, and dimes and subtract the sum of those coins from 24. The difference of the two numbers would be the amount of quarters. However, 13+14+16=43. 24-43= -19 There can't be -19 quarters.
There are 2 solutions (if you include the non-use of quarters): 1 Quarter, 2 Dimes, 2 Nickels, 45 Pennies No Quarters, 2 Dimes, 8 Nickels, 40 Pennies
621 pennies and 40 nickels and 90 dimes and 8 quarters is: $13.62
In the US, we use pennies, nickels, dimes and quarters.
4 quarters. 100 pennies. 10 dimes. 20 nickels
Two quarters, two nickels, three pennies
56 pennies, 11 nickels, 16 dimes, 5 quarters = $3.96
Four.