Well, it depends on if you are talking negative or positive. Think of it this way:
-Negative = hate (H)
-Positive = love (L)
love to hate = hate
hate to love = hate
love to love = love
hate to hate= love
Get it?
* * * * *
All that is valid but totally irrelevant. The simple answer is:
Yes, the product of two integers is always an integer.
13 and 12 are the two integers that have the product of 156 and 12 is the smaller of the two.
Another even integer.
That is correct.
because an integer is a whole number. So the product must be a whole number.
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.
-- The product is an integer. -- If the original two integers are both positive, then the product is positive. -- If the original two integers have different signs, then the product is negative.
Yes, by definition, the sum of two integers is always an integer. Likewise, the product and difference of two integers is always an integer.
No, if a negative integer is multiplied by a positive integer, the product is negative. However, if both of the integers are either positive or negative, the product is positive.
The product of two negative integers is positive as for example -4 times -5 = 20
Yes, the product of 2 integers are always an integers. ex. -2*3=-6
Yes, the integers are 12 and 13.
13 and 12 are the two integers that have the product of 156 and 12 is the smaller of the two.
Another even integer.
It is not possible to have the product of an integer. "product" is a binary operation and that means that it is an operation that combines two numbers to make the product - a third number. So you need two numbers as input, not just one.
That is correct.
No. Two negative integers added together will never equal a positive integer. It is the product of two negative integers that is positive.
because an integer is a whole number. So the product must be a whole number.