No, they are not.
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No, 37 quarters and 186 nickels are not equal. The total value of 37 quarters is $9.25, while the total value of 186 nickels is $9.30.
If you mean for collecting purposes, it would depend on the age, the mint markings and the condition. Otherwise, 37 quarters is $9.25 and 186 nickels is $9.30, so the nickels would be preferable by 5¢.
37 cents7 nickels x 5 cents per nickle = 352 pennies x 1 cent per penny = 235 + 2 = 37
To make 37 cents with coins, you can use a combination of pennies, nickels, dimes, and quarters. The possible combinations include: 37 pennies, 1 quarter and 1 dime, 1 quarter and 3 nickels, 1 quarter, 1 dime, and 2 pennies, 3 dimes and 1 nickel, or 7 nickels and 2 pennies. In total, there are 5 ways to make 37 cents using different coin combinations.
there are 23 quarters 37 dimes to do this use simultaneous equations to make this simpler i will assign variables to amount of quarters and dimes x-quarters y-dimes you know you have 60 coins, so amount of quarters plus dimes is 60 x+y=60 you also know the amount is equal to $9.45 since quarters are $0.25 and dimes are $0.10 another equation can be made 0.25x+0.10y=9.45 this equation shows what you do when you count your change now solve the first equation for a variable using algebra x=60-y you can then plug this new value into your second equation 0.25(60-y)+0.1y=9.45 you can now solve for y, which is the number of dimes y=37 now plug this number back into x=60-y to get the amount of quarters x=60-(37) x=23 23 quarters 37 dimes
Depends on your definition of "Sets of Coins"if this means combinations of units of currency the answer is Two (2):1) 6 quarters = 1.502) 5 quarters, 2 dimes, and 1 nickel = 1.50if each individual coin is treated as a unique item then option 2 becomes 36 different options:6 different quarters could be excluded3 different dimes could be excluded2 different nickels could be excludedfor 6x3x2 = 36 combinations +1 (the 6 quarter method)=37 sets of coins.