How about: 8*16 = 128 as one example
136
-127
1 & 512, 2 & 256, 4 & 128, 8 & 64, 16 & 32
When you multiply two numbers, you get the product
2 x 4 x 16
Two numbers that multiply to 128 are 8 and 16, since (8 \times 16 = 128). Another pair is 4 and 32, as (4 \times 32 = 128). There are several other combinations as well, such as 2 and 64 or 1 and 128.
136
-127
1 x 128, 2 x 64, 4 x 32, 8 x 16
1 & 512, 2 & 256, 4 & 128, 8 & 64, 16 & 32
As a product of its prime factors in exponents: 2^7 = 128
When you multiply two numbers, you get the product
Only one; 2. 128 = 2 x 2 x 2 x 2 x 2 x 2 x 2
The pattern alternates between multiplying by -4 and then by 4. Starting with 2, we multiply by -4 to get -8, then multiply by -4 again to get 32, and then by -4 to get -128. Continuing this pattern, the next number is -128 multiplied by -4, which equals 512, and then 512 multiplied by 4 gives 2048. Thus, the next two numbers in the pattern are 512 and 2048.
For two numbers, the geometric mean is the sort of their product. Note I use * to mean multiply So here GM= sqrt (128*8) = sqrt (1024) =32
-129 + 1 = -128
2 x 4 x 16