A ball tossed vertically upward rises, reaches its highest point, and then falls back to its starting point. During this time the acceleration of the ball is always

A) in the direction of motion.
B) opposite its velocity.
C) directed upward.
D) directed downward.

We know that the constant acceleration of [tex]9.87ms^{-2}[/tex] of every-thing is always DIRECT DOWNWARDS because of the to the influence of the gravity of the Earth.

This motion is denoted as free fall motion , where the acceleration due to the gravity is constant [tex]9.87ms^{-2}[/tex].

∴ A ball tossed vertically upward rises, reaches its highest point, and then falls back to its starting point. During this time the acceleration of the ball is always directed downward.

Hence, the correct answer is D) directed downward..

topeadeniran2 topeadeniran2 · Answer 2 · 2021-11-18T15:08:58+01:00

During this time the acceleration of the ball is always D. directed downward.

It should be noted that the constant acceleration of things on Earth is always directed downwards due to the force of gravity.

The gravitational force pulls everything towards it. In such a case, when a ball that is tossed vertically upward rises, reaches its highest point, and then falls back to its starting point, the acceleration of the ball is always directed downward.

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A ball tossed vertically upward rises, reaches its highest point, and then falls back to its starting point. During this time the acceleration of the ball is always A) in the direction of motion. B) opposite its velocity. C) directed upward. D) directed downward.

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A ball tossed vertically upward rises, reaches its highest point, and then falls back to its starting point. During this time the acceleration of the ball is always

A) in the direction of motion.
B) opposite its velocity.
C) directed upward.
D) directed downward.