The factor pairs of 24 are (24,1)(12,2)(8,3)(6,4)
None of them ad up to 1.
-45
The two numbers that satisfy this condition are 3 and 4. When added, (3 + 4 = 7), and when multiplied, (3 \times 4 = 12). However, to find two numbers that both add and multiply to 12, we can use 2 and 6. (2 + 6 = 8) and (2 \times 6 = 12). Thus, the numbers that give the same result when multiplied (12) are 3 and 4, but they do not satisfy the addition condition.
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.
The two numbers are -1 and -2
multiplied to seventy and add to nine is impossible, but add up to 9 and multiplied to -70, or add up to -9 and multiplied to 70 are possible. In that case, 14 and -5 would do it (or -14 and 5)
-35
409
-45
726
27
-17
-7
The two numbers that satisfy this condition are 3 and 4. When added, (3 + 4 = 7), and when multiplied, (3 \times 4 = 12). However, to find two numbers that both add and multiply to 12, we can use 2 and 6. (2 + 6 = 8) and (2 \times 6 = 12). Thus, the numbers that give the same result when multiplied (12) are 3 and 4, but they do not satisfy the addition condition.
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.
8
The two numbers are -1 and -2
16 and -3 are the numbers which gives -48 when multiplied and 13 when added