I could if I knew who em was!
because no numbers other than 1 and 11 divide into it to give a whole number.
The numbers that multiply to give you 121 and add to give you 8 are 11 and -11. When multiplied, 11 × -11 equals 121; however, they do not add up to 8. The correct numbers that meet both conditions are 11 and -3, as 11 × -3 equals -33, and 11 + (-3) equals 8. Therefore, there are no real numbers that satisfy both conditions simultaneously.
11 and -1 but there is an infinite number of numbers that work.
11 and 11
They're every other counting number beginning with 11 and ending with 99 .
The numbers are: -11 -sq rt of 313 and -11 +sq rt of 313
The answer is 12 every other numbers are odd numbers, but 12 is an even number
The two numbers that multiply to get 22 are 2 and 11. This is because 2 multiplied by 11 equals 22. These two numbers are the only pair of integers that multiply to give 22, as 22 is a prime number and cannot be factored into other integers.
11 years
5 and 6
4 and 7
11 and 9