In Real numbers, each is the additive inverse of the other.
Yes, they can. If x is a non-zero rational number then x and -x will have the same absolute value.
-3 and 3 Both |-3| and |3| equal 3.
The answer depends on the operation. The absolute value of 2/3 is not the same as the absolute value of 3/2! It does work for subtraction, though.
No. That is only true for non-negative numbers. The value of a negative number, such as -3 , is negative 3. But its absolute value is 3.
It is impossible. The absolute value is always positive.
If 2 numbers are different, but have the same absolute value, then one is the opposite of the other. Any number plus its opposite equals zero.
Its impossible if they are both absolute value with different signs. If they have different signs one would be absolute value and one would be negative value.
No, they cannot.
In Real numbers, each is the additive inverse of the other.
Yes, they can. If x is a non-zero rational number then x and -x will have the same absolute value.
opposites, additive inverses
Yes... that is, if one is the opposite of the other. For example: The absolute value of 6 is 6. The absolute value of -6 is 6. The absolute value is just the units a number is away from its orgin.
No. The sign you will use is going to be the sign with the greater absolute value.
If you are talking about same numbers but different signs then there are a lot. such a l-4l = l4l because they are the same amount of space to the zero.
Similar fractions. or decimals ending in repeating 9s - for example, 0.5 = 0.4999... or fractions and percentages eg 1/5 = 20% The answer cannot be numbers equal in absolute value but with opposite signs because although they have the same absolute value they do not have the same value - as required by the question.
-3 and 3 Both |-3| and |3| equal 3.