Which of the following laws can be described as, "within every force interaction, each object exerts the same amount of force on the other object, but in the opposite direction."

Newton's second law

Newton's fourth law

Newton's third law

Newton's first law

"Newton's third law of motion"

Explanation:

Sir Issac Newton has given three laws of motion namely,

Newton's first law Newton's second law Newton's third law

Newton's first law of motion gives the introduction of force. Newton's second law of motion gives the magnitude of force and Newton's third law of motion can be described as "within every force interaction, each object exerts the same amount of force on the other object, but in the opposite direction".

So, the correct option is (c) "Newton's third law of motion".

The correct answer is Newton's third law.

According to Newton's third law of motion to every action there is an equal and opposite reaction.

Action and reaction forces form the crux of Newton's third law of motion.

Push and pull are two examples of action and reaction forces. Also the action and reaction forces act on two different objects.