if 3 pencils for 99 cents would be 33 each, divide that by 2 and you would get 16.5
so 16x16.5=264
4 pencils cost 10 cents so pencils are 10/4 cents each.So 50 cents will buy 50*4/10 = 20 pencils
$2.64
Markers are .50cents each Pencils are .15 cents each
Write a proportion: 12 pencils for 96 = 9 pencils for "x", or 12/96 = 9/x. Simplify: 1/8 = 9/x. Solve: 1 times x = 9 times 8; x = 72 (cents).
10 x .24 +.14=2.54 so he spent $2.54
4 pencils cost 10 cents so pencils are 10/4 cents each.So 50 cents will buy 50*4/10 = 20 pencils
$2.64
$11.52
Markers are .50cents each Pencils are .15 cents each
I did the math on paper and a calculator and I got the same answer on both. $0.56 or 56 cents :D
Write a proportion: 12 pencils for 96 = 9 pencils for "x", or 12/96 = 9/x. Simplify: 1/8 = 9/x. Solve: 1 times x = 9 times 8; x = 72 (cents).
10 x .24 +.14=2.54 so he spent $2.54
12 x 10 = 120 cents (Or 1 dollar 20 cents.)
13.65
First, we need to restate the problem as thus: For every 70 cents, one can buy 72 pencils (equal to 6 dozen pencils). Thus, for every x cents, one can buy 3 pencils. In numerical form, this equation turns into $0.70/72 pencils = $x/3 pencils, or 0.70/72 = x/3. Simplified, one gets (3)(0.70) = 72x, or 2.1 = 72x. Hence, x=2.1/72=0.029, or $0.03, or 3 cents. So 3 pencils actually cost 3 cents. If one were to sell 3 pencils for 20 cents, one would have a profit of 17 cents for 3 pencils.
0.25 which equals 25 cents
it cost 10 cents in a store and ALOT in a factory