Sure! Here’s how each statement corresponds to Newton's Three Laws:
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A ball rolls directly across the floor until Luis gives it a kick.
- Newton's 1st Law (An object in motion stays in motion unless acted upon by an external force.)
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Both a bowling ball and a tennis ball roll over your foot at identical speeds, but the force of the bowling ball causes much more pain.
- Newton's 2nd Law (Force equals mass times acceleration; the bowling ball has much more mass than the tennis ball.)
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Your riding lawn mower stalls, and as your friends push it, the force helps the lawn mower move until it gradually accelerates.
- Newton's 2nd Law (The net force from your friends pushing the lawn mower results in acceleration.)
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A firefighter turns on a water hose and is pushed backward by the force.
- Newton's 3rd Law (For every action, there is an equal and opposite reaction; the force of the water pushing forward causes the hose to push back against the firefighter.)
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A soccer ball remains stationary until a player kicks it into motion.
- Newton's 1st Law (An object at rest stays at rest unless acted upon by an external force.)
Let me know if you need further assistance!