Q: The sum of zero and a positive integer is always sometimes or never zero?

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Never

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'.

Never.

No, it can be.

never a negative

Related questions

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.

the quotient of an integer and its opposite is never negative.

Never

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'.

never

Never.

No, it can be.

It is always positive, and not just for decimal numbers but for all numbers.

never a negative

The sum of two positive integers is never zero. The sum of two numbers a and b can only be zero if a=-b, or a=0 and b=0. Since 0 is not a positive integer, and a and b cannot both be positive integers if a=-b, then it is impossible for the sum of two positive integers to be zero. _______________________________________________________________ The above answer is correct. Here is another way to say it: An integer is any whole number including negative numbers, positive numbers and zero. However, a "positive integer" is a whole number greater than zero. The "sum of two positive integers" means you are adding two numbers greater than zero together. Therefore, the sum of two positive integers can never be a negative integer, and can never be zero. Example: 1 + 1 = 2

Sometimes.* If "n" is positive, "-n" is negative. * If "n" is negative, "-n" is positive. * If "n" is zero, "-n" is also zesro.

In multiplication and division: always. In addition: never. In subtraction: sometimes.