-3
The absolute value of an integer is the integer with no sign. The absolute value of +3 and -3 is 3.
The absolute value of 3 is +3. No negative number can have a value greater than +3.
By definition, the absolute value is the distance from the "0" on a number line to an integer on the number line. Therefore, the absolute value of + 3, for example, is simply three and would be indicated by drawing a line from 0 to 3; and likewise the absolute value of -3 is 3, which would be indicated by drawing a line from 0 to -3.
equal
It could be either positive or negative, depending on which integer has a greater absolute value. 5 + (-3) = 2 5 + (-9) = -4
The absolute value of an integer is the integer with no sign. The absolute value of +3 and -3 is 3.
If the number is 0 or positive, then its absolute value is itself. If the integer is negative, then its absolute value will be its negative (which will be positive).To illustrate the second case, Abs(-3) = -(-3) = +3.
The absolute value of 3 is +3. No negative number can have a value greater than +3.
When the absolute values of the two integers is the same. The absolute value is the value of the number without considering its sign. So, for example, abs(-3) = abs(3) = 3
-3 is a negative integer. The absolute value of -3 is +3 which is not a negative integer. So the set is not closed.
By definition, the absolute value is the distance from the "0" on a number line to an integer on the number line. Therefore, the absolute value of + 3, for example, is simply three and would be indicated by drawing a line from 0 to 3; and likewise the absolute value of -3 is 3, which would be indicated by drawing a line from 0 to -3.
equal
any integer and the negative of that integer... for example 3 and -3 are the same distance from 0
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.
No, positive numbers do not always have a higher absolute value than negative numbers. The absolute value of a negative number is equal to its positive equivalent. For example, the absolute value of -3 and 3 is both 3.
-3 and 3 Both |-3| and |3| equal 3.
It could be either positive or negative, depending on which integer has a greater absolute value. 5 + (-3) = 2 5 + (-9) = -4