When you are ice skating, to get started, you push your stake backwards on the ice and, as a result, begin to move forward. which law of motion is being describe in this scenario.
A. Law of inertia B. Newton's second law of motion C. Newton's third law of motion D. Newton's first law of motion

Because eventually, the frictional forces will slow you to a halt. Newton's Third Law of Motion For every action there is an equal and opposite reaction. When they push off against the ice, or "stroke" with their skates, they are applying a force down and back against the ground.

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When you are ice skating, to get started, you push your stake backwards on the ice and, as a result, begin to move forward. which law of motion is being describe in this scenario. A. Law of inertia B. Newton's second law of motion C. Newton's third law of motion D. Newton's first law of motion

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When you are ice skating, to get started, you push your stake backwards on the ice and, as a result, begin to move forward. which law of motion is being describe in this scenario.
A. Law of inertia B. Newton's second law of motion C. Newton's third law of motion D. Newton's first law of motion