You push on a refrigerator, as in Figure 2.1, but the refrigerator does not move. Hence, even

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You push on a refrigerator, as in Figure 2.1, but the refrigerator does not move. Hence, even though you are applying a nonzero force, the acceleration is still zero. Explain why this does not contradict Newton€™s second law.


Figure 2.1

You push on a refrigerator, as in Figure 2.1, but

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