10 ! when you are ice skating, to get started, you push your skate backwards on the ice and, as a result, begin to move forward. which law of motion is being described in this scenario? law of inertia newton's second law of motion newton's third law of motion newton's first law of motion

Newton's Third Law of Motion

Explanation:

Newton's third Law of Motion says that for every action there is an equal and opposite reaction.

Given statement : When you are ice skating, to get started, you push your skate backwards on the ice and, as a result, begin to move forward.

Here, our action = "To push skate backwards "

Reaction = "Skate begin to move forward."

Since , forward is opposite of backward , it means that for your action there is equal and opposite reaction.

Hence, the correct answer is "Newton's third Law of Motion ".

heats surface water up