0
A + B = - 3 ===> B = - 3 - A
A B = - 12 ===> A ( - 3 - A ) = -12
-3A -A2 = -12
A2 + 3A -12 = 0
A = [ -3 +/- sqrt(9 + 48) ] / 2
This is far enough to answer the question. The two solutions for 'A' both involve the square root of 57, which is 7.5+ . So neither solution for 'A' can be an integer. And, since 'B' is 3 less than -A, 'B' can't be an integer either. The answer to the question is No.
What else can I help you with?
Product of 20 and a sum of 12?
The integers 2 and 10 have a product of 20 and a sum of 12.
Which 2 Integers have a sum of -7 & a Product as 12?
Two integers that have a sum of -7 and a product of 12 are -3 and -4.
Identify the pair of integers that has a product of -24 and a sum of 10?
12 and -2
What are the 2 integers with a product of negative 12 and a sum of negative 3?
Factor 12 = 2x2x3 There's no combination for -12 as a product and -3 as a sum at the same time.
What are 2 integers whose sum is -7 and whose product is 12?
-3 and -4
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12
Two integers have a difference of -18 and a sum of 2 What is the product of the two integers?
The product of the two integers is -80.
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11 & 14
If the largest of three consecutive even integers is multiplied by three the product is 2 less than twice the sum of the first two integers find the integers?
The answer would be 10 12 and 14... 14 x 3 = 42 and 2(10 + 12) = 44. So the product of the largest integer and three is two less than twice the sum of the lower integers.
What two integers have a difference of 2 and a sum of -12?
The integers are -7 and -5.
What are three integers that have the same sum and product?
1 2 and 3
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-15 and 5.
