decimal of 43/125 = 0.34443/125:= 43 ÷ 125= 0.344 in decimal
43, 86, 129, 172, 215, 258, 301, 344 +43 . . .
43 is already prime.
The GCF of 6 and 43 is 1. Since 43 is prime, the GCF of 6 and 43 can only be 1.
43 is a prime number so the common factors of 43 and 42 are 1
There are 4 quarters in 1 dollar.172 ÷ 4 = 43 dollars.
32.25
It is: 0.75*50 = 37.5
43
4 quarters unless it goes into overtime!!!!!! :D 4 quarters unless it goes into overtime!!!!!! :D
2/4 of 16 = 1/2 of 16 = 8.
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.
(19 x 0.05) + (43 x 0.1) + (24 x 0.25) + (14 x 0.5) = $18.25
Expressed monetarily, (7 x $0.25) + $0.43 = $2.18 or 2 dollars 18 cents.
There is no such thing of "halves" in money. If you mean a fifty cent peice then your answer is. $24.62
There are 2 quarters in 2 quarters.
Call the number of nickels n and the number of quarters q. From the problem statement, q = n + 78 and 25q + 5n = 3240. Substituting the first equation into the second yields 25(n + 78) + 5n = 3240, or 30n = 3240 - 1950 or n = 1290/30 = 43 nickels.