There are many pairs of numbers that can add up to 14. For example, 6 and 8, or 7 and 7. You could also have negative numbers, such as 0 and 14. The specific pair depends on the context or constraints of the problem.
The two numbers that add up to -5 and multiply to -14 are -7 and 2. When you add them together, -7 + 2 equals -5, and when you multiply them, -7 * 2 equals -14.
The two numbers that multiply to 45 and add up to -14 are -9 and -5. This is because (-9) × (-5) = 45, and (-9) + (-5) = -14.
There are no two real numbers that multiply to 9 and add up to 14. If we let the two numbers be ( x ) and ( y ), the equations ( xy = 9 ) and ( x + y = 14 ) lead to a contradiction. Solving these simultaneously shows that the conditions cannot be satisfied.
No two of those numbers add to 17.
No, no two of the numbers : 6 13 2 12 7 14 can be added up to produce 17.
The two numbers that add up to -5 and multiply to -14 are -7 and 2. When you add them together, -7 + 2 equals -5, and when you multiply them, -7 * 2 equals -14.
The two numbers that multiply to 45 and add up to -14 are -9 and -5. This is because (-9) × (-5) = 45, and (-9) + (-5) = -14.
-31
The only numbers that go into 14 are: 1,14,7, and 2. That's all.
No two of those numbers add up to 17.
There are no two real numbers that multiply to 9 and add up to 14. If we let the two numbers be ( x ) and ( y ), the equations ( xy = 9 ) and ( x + y = 14 ) lead to a contradiction. Solving these simultaneously shows that the conditions cannot be satisfied.
-144
59
No two of those numbers add to 17.
No, no two of the numbers : 6 13 2 12 7 14 can be added up to produce 17.
no
33 and 14