221
The numbers are: 21 and -10
-11
21
The two numbers that add to -11 and multiply to 19 are -10 and -1. When you add them together, -10 + (-1) equals -11. When you multiply them, -10 × -1 equals 10, not 19. Therefore, there are no two real numbers that satisfy both conditions simultaneously.
99
11
The two numbers that multiply to 24 and add up to -11 are -3 and -8. When multiplied, -3 × -8 equals 24, and when added, -3 + -8 equals -11.
-31
51
The two numbers that multiply to -11 and add to -5 are -11 and 1. When you multiply -11 and 1, the result is -11. When you add them together, -11 + 1 equals -10, not -5. Therefore, there are no two real numbers that satisfy both conditions.
To find two numbers that multiply to -132 and add to 2, we can set them as ( x ) and ( y ). The numbers that satisfy these conditions are 12 and -11, since ( 12 \times -11 = -132 ) and ( 12 + (-11) = 1 ). Therefore, the two numbers are 12 and -11.
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.