(112, -1) (56, -2) (28, -4) (16, -7) (14, -8)(-112, 1) (-56, 2) (-28, 4) (-16, 7) (-14, 8)
False.
1 and 7.
Each of these factor pairs (multiply the numbers in parentheses) equal 15: (1, 15) (3, 5)
There are no real numbers possible for this combination. Since the quadratic eqn x^2+8x+32=0 have only complex value as their roots. The roots are (-4-4i) and (-4+4i)
its means the numbers that you multiply with to get a product has more than numbers to multiply THAT with than just that number and 1.
There are no numbers that equal 112, except for 112. Also, it's not possible to ADD three odd numbers and get 112 for their sum.
7 x 16 = 112.
112 and 2 are 2 numbers
There are infinitely many possible pairs of numbers. An easy pair to remember is 1 and 112.
The answer is 112 divided by 2, or 56.
As a product of its prime factors: 2*2*2*2*7 = 112
130
For example how about 2*112 = 224
no 3 numbers add to equal 10 and multiply to equal 40.
The two numbers you can multiply together to equal 782 are 23 by 34.
The two numbers you multiply together to equal 391 are 17 by 23.
The 2 numbers that multiply together to equal 678 are 6 and 113.