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How does newton's first law apply to everyday life? - Answers

The first example that came to me was driving. Suppose you're in a car on a flat, level surface, not moving. Will you remain stationary? The answer is yes, of course. In order to move the car, you must apply some force (either by manually pushing it, or by making the engine do the hard work for you). This is the basic principle of Newton's 1st. "An object at rest will remain at rest until another force acts upon it."



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How does newton's first law apply to everyday life? - Answers

https://math.answers.com/math-and-arithmetic/How_does_newton's_first_law_apply_to_everyday_life

The first example that came to me was driving. Suppose you're in a car on a flat, level surface, not moving. Will you remain stationary? The answer is yes, of course. In order to move the car, you must apply some force (either by manually pushing it, or by making the engine do the hard work for you). This is the basic principle of Newton's 1st. "An object at rest will remain at rest until another force acts upon it."



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https://math.answers.com/math-and-arithmetic/How_does_newton's_first_law_apply_to_everyday_life

How does newton's first law apply to everyday life? - Answers

The first example that came to me was driving. Suppose you're in a car on a flat, level surface, not moving. Will you remain stationary? The answer is yes, of course. In order to move the car, you must apply some force (either by manually pushing it, or by making the engine do the hard work for you). This is the basic principle of Newton's 1st. "An object at rest will remain at rest until another force acts upon it."

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      The first example that came to me was driving. Suppose you're in a car on a flat, level surface, not moving. Will you remain stationary? The answer is yes, of course. In order to move the car, you must apply some force (either by manually pushing it, or by making the engine do the hard work for you). This is the basic principle of Newton's 1st. "An object at rest will remain at rest until another force acts upon it."

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