The integerst that equal 5 are related because their sum will always result in 5, regardless of their order.
The (not th) definition (not defition) of opposite integers are integers that are equal in their [absolute] value but have different signs. So, for example, the opposite of +4 is -4, and the opposite of -5 is +5.
The absolute values of opposite integers are always equal. For example, the absolute value of -5 is 5, and the absolute value of 5 is also 5. This relationship holds true for any pair of opposite integers, as absolute value measures the distance from zero on the number line, disregarding direction. Thus, regardless of their signs, the absolute values remain the same.
-5, -4, -3, -2, -1, 0 , 1, 2, ...
-(x-5) When you take the integers out right behind the "-" is a 1. so when you expand it will equal -x+5
Five of them.
The (not th) definition (not defition) of opposite integers are integers that are equal in their [absolute] value but have different signs. So, for example, the opposite of +4 is -4, and the opposite of -5 is +5.
-1, -3, -5
-5, -4, -3, -2, -1, 0 , 1, 2, ...
-(x-5) When you take the integers out right behind the "-" is a 1. so when you expand it will equal -x+5
Five of them.
The sum of two positive integers can never equal zero.
There are two consecutive even integers that equal -298: -150 and -148.
The integers are 106 and 108.
41
The numbers are 62 and 64 are two consecutive integers that equal 126.
Concerning positive integers, 1, 5, 29, and 145 are the only factors of 145. If you go into decimals/fractions and negative integers (e.g., -5*-9), there are many more. 1*145=145 5*9=145
Add the integers together, then divide it by the number of integers there are, (in this case 5)