1 x 22, 2 x 11.
1 x 44, 2 x 22, 4 x 11, 11 x 4, 22 x 2, 44 x 1.
Multiplying positive numbers will result in a positive number.
The numbers below are the factor pairs of 44. Multiplied together they equal 44: (1, 44) (2, 22) (4, 11)
This isn't a great example, because the powers (exponents) of these two numbers are equal. 22 x 5 = 20 22 x 7 = 28 The GCF is 22 which is 4.
You are working with numbers. One is a whole number and the other is a fraction of a whole number (with a decimal point, etc). You apply the same principles of subtracting one number from another or a fraction of one number from a fraction of another. Numbers is numbers!
The only way to obtain the number 22 through multiplication is by using the pairs of factors of 22. The pairs are (1, 22), (2, 11), (-1, -22), and (-2, -11). Therefore, there are four distinct numbers that can be multiplied together to equal 22: 1, 2, 11, and 22, along with their negative counterparts.
It is a prime number.
49*2
8 X 8
Factors
Try: 2 times 0.99 = 1.98
How about: 2*16 = 32 as an example
2 + 7 + 41 = 50
No two numbers exist.for the two numbers to be added to be negative and multiplied to be positive, both numbers must be negative, and the highest possible multiplication for two numbers added to -12 would be (-6 and -6) but multiplied, yields 36. So, no such numbers would exist.
The product of the GCF and LCM of a pair of numbers is equal to the product of the numbers.
2 x 3 x 3 = 18
1 x 77, 7 x 11