The absolute value of any nonzero integer is positive.

If |x| = 10, x can only be 10.

The expression |5 – 12| is equal to –7.

If |a| = |b|, then a must be equal to b.

The absolute value of negative 21 is positive 21.

The absolute value of a negative number is negative.

If |m – 8| = 5, then m could be either 3 or 13.

The absolute value of zero is undefined.

The absolute value of a sum is equal to the sum of the absolute values.

The statement |p + q| = |p| + |q| is true for all integers p and q.

The absolute value of any whole number is itself.

If x is any integer, then |x | = |–x |.

If |x| = 5, then x must be –5.

The absolute value of a number is greater than or equal to zero.

If |a – b| = 0, then a must be equal to b.

What is the absolute value of –12?

If |x – 5| = 9, what are the possible values for x?

Which of the following is equivalent to |–8|?

If |a| = 20 and |b| = 15, what is the value of |a | + |b|?

What is the value of |5| – |–10|?

Evaluate |8 + 10 – 20|.

If |c| = 25 and |d| = 25, what can you conclude about the relationship between c and d?

The absolute value of a negative number is always:

If |m – 3| = 7, what are the possible values for m?

If x is a negative integer, which of the following statements is true?