Short answer: Yes. Long answer: it depends on the order. If x is negative and y is positive, then x-y<0; y-x>0 (this second one is only correct if |y|<>|x|). And if |y|=|x| then y-x=0 (this is the one you're looking for, where x and y are equal, but y is positive and x is negative). Finally, if you know if |y|=|x| or |y|<>|x| then y-x>=0
It can be a negative or positive fraction, a negative or positive integer, or zero.
Zero is neither positive or negative.
There are just three possible cases: Positive integer: positive x positive = positive. Negative integer: negative x negative = positive. Zero: zero x zero = zero.
An integer is any negative or positive whole number, or zero.
When the absolute value of the positive integer is the same as the absolute value of the negative one.
No, zero is an integer but it is neither a postiive nor a negative integer.
No.
Zero counts as neither positive nor negative. It is a neutral integer
The sum of a negative integer and a positive integer is zero only when the two integers have the same absolute value. For example, if you have -3 (negative integer) and +3 (positive integer), their sum is zero. However, in general, this situation occurs infrequently since it requires specific values. Most of the time, the sum will be a negative integer if the absolute value of the negative integer is greater than that of the positive integer, and a positive integer if the opposite is true.
Zero is neither positive nor negative.
zero
diffrence will always be positive except when it is zero but is you speak of substraction operation it can be positive negative or zero