yes
The sum of zero and any integer is never zero.And it's still 'integer', not 'interger'.
No,because if you add -5 and 10 you get 5 which is not equal to zero. They way you would get 0 as an answer is if you add a negative integer and it's opposite like -5 and 5. Then your answer would be zero.
will always be zero
Integer n.
If the integers are the same, then the sum is always zero.If the integers are different, then the sum is never zero.If there's no rule governing the choice of integers, then the sum is sometimes zero.By the way . . . we're talking about 'integers', not 'intergers'.
Zero
The sum of zero and any integer is never zero.And it's still 'integer', not 'interger'.
The sum of zero and a negative integer can never be zero - it will always be negative and nonzero. Although zero is also an integer, it is neither negative nor positive and cannot be the other integer used.
No,because if you add -5 and 10 you get 5 which is not equal to zero. They way you would get 0 as an answer is if you add a negative integer and it's opposite like -5 and 5. Then your answer would be zero.
Only when the integers are the same but otherwise no.
will always be zero
the positive integer
Integer n.
If the integers are the same, then the sum is always zero.If the integers are different, then the sum is never zero.If there's no rule governing the choice of integers, then the sum is sometimes zero.By the way . . . we're talking about 'integers', not 'intergers'.
When the absolute value of the positive integer is the same as the absolute value of the negative one.
Because that is how its additive inverse is defined!
Yes, by definition, the sum of two integers is always an integer. Likewise, the product and difference of two integers is always an integer.