The second’s hand of a watch has length 6cm. Speed of end point and magnitude of difference of velocities at two perpendicular positions will be
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A particle is moving along a circle of radius (20/π)m with constant tangential acceleration. The velocity of the particle is 80m/s at the end of second revolution after motion has begun. The tangential acceleration is
26
Nov
A particle is moving along a circle of radius (20/π)m with constant tangential acceleration. The velocity of the particle is 80m/s at the end of second revolution after motion has begun. The tangential acceleration is The second's hand of a watch has length 6cm. Speed of end point and magnitude of difference of velocities at [...]
The second’s hand of a watch has length 6cm. Speed of end point and magnitude of difference of velocities at two perpendicular positions will be
26
Nov
The second’s hand of a watch has length 6cm. Speed of end point and magnitude of difference of velocities at two perpendicular positions will be The second's hand of a watch has length 6cm. Speed of end point and magnitude of difference of velocities at two perpendicular positions will be November 26, 2020 Category: Arihant [...]