Physics, asked by ishikaishikaa, 1 year ago

❤____❤___❤_❤.....what is the relation between moment of inertia nd linear momentum....❤__
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Also derive mathematically.


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Answers

Answered by suarbhjha
2
The basic relationship between themoment of inertia and the angular acceleration is that the larger themoment of inertia, the smaller theangular acceleration. The moment of inertia depends not only on the mass of an object, but also on its distribution of mass relative to the axis around which it rotates.

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Answered by Anonymous
0
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As we know that momentum (F) = ma

==> F = \dfrac{m(v - u)}{t}

Because

 a = \dfrac{(v-u)}{t}

==> Ft = mv - mu

From this equation if F = 0,then v = u for any value of time.This means that,in the absence of an external force the object will continue moving with uniform velocity u throughout the time t and if u is zero,then v will also be zero,
i.e the object will remain at rest.
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