(1) The absolute value of the number a is the distance from the point representing the number a on the number axis to the origin (2) The minimum absolute value is 0. (3) If the absolute value of A is greater than that of B, then A must be greater than B. (4) If the absolute value of a is equal to a, then a must be a positive number.

(1) The absolute value of the number a is the distance from the point representing the number a on the number axis to the origin (2) The minimum absolute value is 0. (3) If the absolute value of A is greater than that of B, then A must be greater than B. (4) If the absolute value of a is equal to a, then a must be a positive number.

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Is the absolute value of a number a the distance from the point on the number axis representing the number a to ()? This is the first unit of seventh grade "rational number" test paper often out of a problem! The absolute value of a number a is the distance from the point on the number axis representing the number a to ()? This is the first unit of seventh grade "rational number" test paper often out of a problem!

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