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Any change in time causes a proportional change in acceleration, regardless of how small the time value - therefore, if the force is causing noticeable acceleration, you can't calculate that acceleration without knowing the time.

As the time the force is applied approaches zero, the change in speed also approaches zero, and so you may be able to ignore the acceleration in real-world applications if the time is very very small and the force is small relative to the weight of the body. The final speed of the body would be essentially the same as it's initial speed.

If the force is large relative to the weight of the body it may not be safe to ignore. A bullet impact, for example, can cause a large change in speed, though it only takes a fraction of a second.

>>M.T.<<

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