How about: 2*2*17 = 68 as a product of its prime factors
1x68 2x34 4x17 ____ 68x1 34x2 17x4
Pairs of positive integer factors of 68 are: 1 x 68 2 x 34 4 x 17 And their reverses.
What number, let's call it A, when multiplied by 68% is equal to 15368% = 68 / 100 = 0.68A x 0.68 = 153A = 153 / 0.68A = 225
68 multiplied by 68 is 4,624.
1, 68 2, 34 4, 17 8, 8.5 etc.
How about: 2*2*17 = 68 as a product of its prime factors
Two numbers that equal 136 are 136/1 and 0.007352941.
1x68 2x34 4x17 ____ 68x1 34x2 17x4
The only number that equals 68 is 68. There aren't any others.
Pairs of positive integer factors of 68 are: 1 x 68 2 x 34 4 x 17 And their reverses.
I don't understand your question but I can assume you're using whole numbers less than 68 and greater than 1 to find multiplicand pairs that equal 68. Given that, 68 breaks down into the integers 2, 2, and 17 (multiplied together they equal 68). So anyone combination of these three numbers will give you your axb=68 equations. So in this example you can have 2x34 or 4x17 besides the obvious 1*68
which number equals to 68%
2 x 34 4 x 17
What number, let's call it A, when multiplied by 68% is equal to 15368% = 68 / 100 = 0.68A x 0.68 = 153A = 153 / 0.68A = 225
68 multiplied by 68 is 4,624.
First, take 137 ÷ 2 and you get 68.5. 68.5 is the average. What two numbers average 68.5, 68 and 69. The same two numbers equal 137.