The angular displacement of a particle wrt time is given by theta=3t2- – InterviewSolution

1.	The angular displacement of a particle wrt time is given by theta=3t2-4t+3. If the particle is moving on a circular path of radius 1m, then at 1s,a. Total acceleration of the particle is 10m/s2b. Tangential acceleration is 4m/s2c. Radial acceleration is 4m/s2d. Magnitude of linear velocity is 6m/s
Answer» The angular displacement of a particle wrt time is given by theta=3t2-4t+3. If the particle is moving on a circular path of radius 1m, then at 1s, a. Total acceleration of the particle is 10m/s2 b. Tangential acceleration is 4m/s2 c. Radial acceleration is 4m/s2 d. Magnitude of linear velocity is 6m/s

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