Evaluate each of the following descriptions and choose the one that best describes Newton's third law of motion. OWhen a tennis ball is struck by a racket, the ball will remain in motion until it is acted upon by unbalanced forces such as gravity and air resistance. O The force required for a drag car to accelerate to a rate of 100 meters per second can be calculated using this equation: f = m x a. O When the solid fuel pods of the space shuttle are ignited, a chemical reaction produces energy that is directed toward the ground. The shuttle is propelled into the Earth's atmosphere, because the force of the burning fuel directed downward produces an equal upward force. O When the space shuttle's solid rocket boosters are ignited, the shuttle will remain on the launch pad until the force of the burning fuel overcomes the weight of the shuttle and the force of gravity.

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Newton's Second Law

Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows: