i'm afraid there aren't any that fit that criteria the only 2 integers would result in a product of one would be 1 and 1 or -1 and-1, neither of which give you the sum of -9
Oh, dude, let me break it down for you. If you multiply three integers, the product will be positive if all three integers are either positive or negative. If you have two negative integers and one positive integer, the product will be negative. So, like, it depends on the mix of positives and negatives, you know?
It may be either. If any of the integers is zero, the product will be zero. Else, if one or three of the integers is negative, the product will be negative. Otherwise, it will be positive.
The rule in dividing integers is to divide the absolute values. Two positive integers or two negative integers equals positive product. If one integer is positive and the other is negative, the product is negative.
Yes. The product of an odd number (21, in this case) of negative factors will be negative; if the number of negative factors is even, the product will be positive.
Yes, when multiplying integers, the rules for signs apply consistently. If both integers have the same sign (either both positive or both negative), the product is positive. If the integers have different signs (one positive and one negative), the product is negative. This rule is fundamental in arithmetic involving integers.
One or three.
Oh, dude, let me break it down for you. If you multiply three integers, the product will be positive if all three integers are either positive or negative. If you have two negative integers and one positive integer, the product will be negative. So, like, it depends on the mix of positives and negatives, you know?
It may be either. If any of the integers is zero, the product will be zero. Else, if one or three of the integers is negative, the product will be negative. Otherwise, it will be positive.
The rule in dividing integers is to divide the absolute values. Two positive integers or two negative integers equals positive product. If one integer is positive and the other is negative, the product is negative.
It is true.
When one of them is negative and the other is positive.
At least one of the integers is negative.
Yes. The product of an odd number (21, in this case) of negative factors will be negative; if the number of negative factors is even, the product will be positive.
Yes, when multiplying integers, the rules for signs apply consistently. If both integers have the same sign (either both positive or both negative), the product is positive. If the integers have different signs (one positive and one negative), the product is negative. This rule is fundamental in arithmetic involving integers.
The sign of the product of four integers depends on the signs of the individual integers. There are 4 cases: 1) When all 4 integers share the same sign and all are non-zero (either all are positive or all are negative), the product is positive. 2) When 3 of the 4 integers share the same sign and all are non-zero (3 are positive and 1 is negative; or 3 are negative and 1 is positive), the product is negative. 3) When 2 of the integers are positive non-zero and the other 2 of the integers are negative non-zero, the product is positive. 4) If even one of the integers is zero, the product is zero (no sign - it is neither positive nor negative).
They are two integers, one negative and one positive.They are two integers, one negative and one positive.They are two integers, one negative and one positive.They are two integers, one negative and one positive.
That happens when only one of the two integers is negative.