The absolute value of a number is its distance from zero on the number line, regardless of direction.

The negative of a number in all cases.

The value of a number on a number line with direction.

The oppositional force on a gravitational object.

The absolute value of -7 is 7.

The absolute value of -7 is -7.

The absolute value of -7 is -3.5.

The absolute value of -7 is 0.

The original number could be 0 or 10.

The original numbers could be 20 or 0.

The original numbers could be 10 or -10.

The original numbers could be 5 or -5.

The absolute value of 'x' is denoted as |x|.

The absolute value of 'x' is denoted as x*.

The absolute value of 'x' is denoted as *x*.

The absolute value of 'x' is denoted as x|.

|0| equals -1 because zero is one unit away from any other number.

|0| equals 1.

|0| equals 0 because zero is zero units away from itself on the number line.

|0| equals 10, assuming all numbers round to a base unit of ten.

15 - (-5) = 20

15 - 5 = 10

15 + 5 = 20

15 - 5 = 0

A negative number turns into a positive number, reflecting its distance from zero.

A negative number remains negative.

A negative number doubles its magnitude.

A negative number has no definable absolute value.

|-12| + |7| = 7

|-12| + |7| = 5

|-12| + |7| = 19

|-12| + |7| = -5

3 - 5 equals -2, and |-2| is 2.

3 - 5 equals -8, so |-8| is 8.

3 - 5 equals 2, so |2| is 2.

3 - 5 equals 0, so |0| is 0.

|-6| is 6 and |3| is 3. So |-6| is greater.

|-6| is 0 and |3| is 3. So |3| is greater.

|-6| is -6 and |3| is 3. So |3| is greater.

Both are equal.

If x is positive, then –x is negative, but |–x| changes it back to positive, making it equal to x.

If x is positive, then |–x| is twice x.

If x is positive, the result is always negative.

If x is positive, then |–x| is undefined.

True, except for the absolute value of zero, which is zero.

False, it can be negative.

False, the absolute value is always zero.

True, without exception.

5 + (-8) equals -3, so the absolute value |–3| is 3.

5 + (-8) equals -3, so the absolute value |–3| is -3.

5 + (-8) equals -13, so the absolute value |-13| is 13.

5 + (-8) equals -3, so the absolute value |–3| is 0.

x could be 0 or 9.

x could be 9 or -9.

x is always 9.

x could be any positive number.

It tells us the number's distance from zero, not its direction.

It determines the number's direction on the graph.

It indicates if a number is greater or lesser than another.

It converts all numbers to zero on the graph.