Question

drag the words to complete the paragraph. the of an object and the amount of acting on it determine the of acceleration. when force is decreases and vice versa. the same force applied to a mass produces a larger acceleration than it would if applied to a mass. the law states, “when a(n) force acts on an object, the object will be accelerated. the acceleration is to the force and will be in the same as the force.” direction unbalanced acceleration mass decreased large proportional force rate small

Explanation:

This paragraph is about Newton's second - law of motion. The mass of an object and the force acting on it determine acceleration. When force is decreased, acceleration decreases. A small mass has a larger acceleration than a large mass for the same force. An unbalanced force causes acceleration which is proportional to the force and in the same direction.

Answer:

The mass of an object and the amount of force acting on it determine the acceleration of acceleration. When force is decreased, acceleration decreases and vice versa. The same force applied to a small mass produces a larger acceleration than it would if applied to a large mass. The law states, "When an unbalanced force acts on an object, the object will be accelerated. The acceleration is proportional to the force and will be in the same direction as the force."