A wheel at rest is rotated with a uniform angular acceleration, such that a particle on the rim of the wheel experiences a tangential acceleration of 20t ms-2. The radius of the wheel is 2 m. The instantaneous period of rotation at the end of 4 second

A wheel at rest is rotated with a uniform angular acceleration, such t

1.	A wheel at rest is rotated with a uniform angular acceleration, such that a particle on the rim of the wheel experiences a tangential acceleration of 20t ms-2. The radius of the wheel is 2 m. The instantaneous period of rotation at the end of 4 second
Answer» 0.080.010.020.02Explanation: A wheel at rest is ROTATED with a uniform angular ACCELERATION, such that a particle on the rim of the wheel experiences a tangential acceleration of 20t ms-2. The RADIUS of the wheel is 2 m. The instantaneous period of ROTATION at the end of 4 SECOND Above is the answer in short

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A wheel at rest is rotated with a uniform angular acceleration, such that a particle on the rim of the wheel experiences a tangential acceleration of 20t ms-2. The radius of the wheel is 2 m. The instantaneous period of rotation at the end of 4 second ​

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A wheel at rest is rotated with a uniform angular acceleration, such that a particle on the rim of the wheel experiences a tangential acceleration of 20t ms-2. The radius of the wheel is 2 m. The instantaneous period of rotation at the end of 4 second