A ball is thrown straight up into the air. Ignore air resistance. The magnitude (i.e., absolute value) of the acceleration of the ball while it is traveling upward is [Select] the magnitude of the acceleration of the ball while it is traveling downward. The magnitude (i.e., absolute value) of the acceleration of the ball while it is traveling upward is [Select] the magnitude of the acceleration of the ball when it is at the pe of its motion. The magnitude (i.e., absolute value) of the acceleration of the ball while it is traveling downward [Select] the magnitude of the acceleration of the ball when it is at the pe of its motion. The direction of the acceleration of the ball while it is traveling upward is [Select] The direction of the acceleration of the ball when it is at the peak of its motion is [Select] The direction of the acceleration of the ball while it is traveling downward is ✓ [Select] down up undefined; the acceleration is zero during this time.

A ball is thrown straight up into the air. Ignore air resistance. The magnitude (i.e., absolute value) of the acceleration of the ball while it is traveling upward is [Select] the magnitude of the acceleration of the ball while it is traveling downward. The magnitude (i.e., absolute value) of the acceleration of the ball while it is traveling upward is [Select] the magnitude of the acceleration of the ball when it is at the pe of its motion. The magnitude (i.e., absolute value) of the acceleration of the ball while it is traveling downward [Select] the magnitude of the acceleration of the ball when it is at the pe of its motion. The direction of the acceleration of the ball while it is traveling upward is [Select] The direction of the acceleration of the ball when it is at the peak of its motion is [Select] The direction of the acceleration of the ball while it is traveling downward is ✓ [Select] down up undefined; the acceleration is zero during this time.