It is true. Look at absolute value as a number's distance from zero, and distance can't be negative. Take, say, -7. -7 is 7 away from 0, so the absolute value of -7 is 7.
The absolute value will always be positive because if you think about it, the absolute value.
Not sure what "this" is, but the conclusion is false.
FALSE
False.
False (E=mc^2 for example...)
No. You have it backwards . . . . . the absolute value of a negative number is always a positive number.
The absolute value will always be positive because if you think about it, the absolute value.
That is false. A negative times a negative is always a positive. Since absolute numbers are always positive if you make it negative that is not correct.
The absolute value is only ever positive. * * * * * Or 0.
Not sure what "this" is, but the conclusion is false.
True
true because if it is an absolute integer it cant be negative and 0 is nor a negative number or positive. so it would always be positive. Example- l-7l its absolute value would be 7, or l4l its absolute value would be 4.
Yes.
Is false. If ' n ' is negative, then ' -n ' is positive.
Do you mean 3 + 4|3x + 7| ≤ - 89? There is no solution to the inequality, since it is a false statement. A positive number cannot be equal or less than a negative number. On the left side, you are dealing only with positive numbers, since the absolute value is always positive, no matter what the values of x are.
I assume that"absoulate" = absolute"vaule" = valueThe absolute value of a number is its distance from 0. The absolute value of zero is zero, otherwise it is the positive value of the number.
By subtracting a positive number from itself. 3 - 3 = 0