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The rate of change of velocity of a body per unit of time.

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Angular acceleration of a pulley

Assume the angular acceleration as $\alpha$. … .$$ Also, the acceleration along the points on the string at point of contact due to the angular acceleration must be same to the linear acceleration since all the points are moving with acceleration $ …
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1 vote

Equations of motion for constant acceleration

You can analyse both 1-D and 2-D motions with the help of vector form. Also, vector form gives you a lot of information of the directions of motion. Scalar form is simply valid for just 1-D motions ot …
Anonymous's user avatar
1 vote

Why doesn't constant acceleration give me total displacement?

The velocity increases from $0$ to $1 \ \mathrm{m/s}$ in $1$ second, that is what acceleration of $1 \ \mathrm{m/s^2}$ means. …
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