The result of adding and integer and its opposite is negation.
A + (-A) = 0 For all real integers. It has the effect of adding 0 to a sum.
Example: 32 + 16 + (-16) + 5 = 37 = 32 + 0 + 5.
Because of the definition of addition and subtraction. When looking at a real number line: when you add you move to the left or up, when you add the opposite of a number you move in the opposite direction.
yes. the opposite of a positive integer is the same except negative and vice versa ( ex: the opposite integer of -6 is 6. if you multiply them, it equals zero)
15
In the context of an additive opposite, the answer is -9.
inverse
When subtracting integers, the result is equivalent to adding the opposite of the integer being subtracted. Specifically, for any integers ( a ) and ( b ), the statement ( a - b ) can be rewritten as ( a + (-b) ). This means that subtracting an integer is always the same as adding its negative.
adding its opposite?
Because of the definition of addition and subtraction. When looking at a real number line: when you add you move to the left or up, when you add the opposite of a number you move in the opposite direction.
Yes because you are always adding.
The opposite of 243 is -243.
No. Adding negative integers will result in an integer that is more negative.
To subtract integers in algebra, you can use the rule of adding the opposite. This means that when you subtract an integer, you add its opposite. For example, to solve ( a - b ), you can rewrite it as ( a + (-b) ). This approach helps simplify the operation and makes it easier to find the result.
Yes, because subtrating a negative number is the same thing as adding a positive number.
yes. the opposite of a positive integer is the same except negative and vice versa ( ex: the opposite integer of -6 is 6. if you multiply them, it equals zero)
An integer is a whole number. Adding a integer would just mean to add a whole number.
Difference. A sum is the result of adding two numbers, and a difference is the result of subtracting two numbers.
the quotient of an integer and its opposite is never negative.