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26 Nov 2019
1.If the velocity of a particle is increasing at a constant rateits mean and instantaneous acceleration are the same.
2. Knowing the position and velocity of a particle allows itsfuture position to be predicted even if its acceleration isunknown.
3. For problems involving constant acceleration the mean andinstantaneous velocity are the same.
4. The slope of the displacement time graph is the instantaneousvelocity.
5. Instaneous velocity is the derivative of the displacement timefunction.
1.If the velocity of a particle is increasing at a constant rateits mean and instantaneous acceleration are the same.
2. Knowing the position and velocity of a particle allows itsfuture position to be predicted even if its acceleration isunknown.
3. For problems involving constant acceleration the mean andinstantaneous velocity are the same.
4. The slope of the displacement time graph is the instantaneousvelocity.
5. Instaneous velocity is the derivative of the displacement timefunction.
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Deanna HettingerLv2
29 May 2019
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