A solid sphere of radius r=2 m is under a combination of rotational and translational motion as shown in figure.If acceleration of COM (O) is ao=2 m/s2 and horizontal component of acceleration at point A is aA=6 m/s2, then find angular acceleration α.

A solid sphere of radius r=2 m is under a combination of rotational an

1.	A solid sphere of radius r=2 m is under a combination of rotational and translational motion as shown in figure.If acceleration of COM (O) is ao=2 m/s2 and horizontal component of acceleration at point A is aA=6 m/s2, then find angular acceleration α.
Answer» A solid sphere of radius $r = 2 m$ is under a combination of rotational and translational motion as shown in figure. If acceleration of COM $(O)$ is $a_{o} = 2 {m/s}^{2}$ and horizontal component of acceleration at point $A$ is $a_{A} = 6 {m/s}^{2}$ , then find angular acceleration $α$ .

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A solid sphere of radius r=2 m is under a combination of rotational and translational motion as shown in figure.If acceleration of COM (O) is ao=2 m/s2 and horizontal component of acceleration at point A is aA=6 m/s2, then find angular acceleration α.

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