There is a sphere S and platform P as shown in fig. If →vc=4m/s^i,→ac=2m/s2^i,→vp=2m/s^i and →ap=1m/s2^i and sphere performs pure rolling on the platform, then find the acceleration of point Q which is in contact with the platform. [Radius of sphere = 2m]

There is a sphere S and platform P as shown in fig. If →vc=4m/s^i,�

1.	There is a sphere S and platform P as shown in fig. If →vc=4m/s^i,→ac=2m/s2^i,→vp=2m/s^i and →ap=1m/s2^i and sphere performs pure rolling on the platform, then find the acceleration of point Q which is in contact with the platform. [Radius of sphere = 2m]
Answer» There is a sphere S and platform P as shown in fig. If ${\to v}_{c} = 4 m / s^i, {\to a}_{c} = 2 m / s^{2}^i, {\to v}_{p} = 2 m / s^i$ and ${\to a}_{p} = 1 m / s^{2}^i$ and sphere performs pure rolling on the platform, then find the acceleration of point Q which is in contact with the platform. [Radius of sphere = 2m]

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There is a sphere S and platform P as shown in fig. If →vc=4m/s^i,→ac=2m/s2^i,→vp=2m/s^i and →ap=1m/s2^i and sphere performs pure rolling on the platform, then find the acceleration of point Q which is in contact with the platform. [Radius of sphere = 2m]

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