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By "force", I assume you mean, 'what is the equivalent static load of an impact from a 300# object falling 3 feet'. What you have there is 900 ft-lb of potential energy. The force applied to the other body on impact is going to depend on the structure of both bodies. In the extreme case, people often survive car crashes, even without airbags, because the metal of the car deforms, spreading out the time of the collision so the person's body has much more time to slow down, reducing forces on it. Since F = M*A, more time to slow down means the absolute value of A is lower, which brings down the absolute value of F. How much force you will get from your 900 ft-lb depends on the nature of the object and the surface it's landing on. If both are very hard, the collision will be elastic and the force very high. If one or both is soft, not so high.

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15y ago
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Q: What is the force of 300 lbs falling 3'?
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