A particle begins to move with a tangential acceleration of constant magnitude `0.6m//s^(2)` in a circular path . If it slips when total acceleration becomes `1m//s^(2)`, then the angle through which it would have turned before it stars to slip is `:`

A particle starts moving with a constant angular acceleration in a circular path. The time at which the magnitudes of tangential and radial acceleration are equal is

A particle starts moving with a constant angular acceleration in a circular path. The time at which the magnitudes of tangential and radial acceleration are equal is

A particle starts moving with a constant angular acceleration in a circular path. The time at which the magnitudes of tangential and radial acceleration are equal is

A particle starts moving from rest at t=0 with a tangential acceleration of constant magnitude of pi m//s^(2) along a circle of radius 6 m. The value of average acceleration, average velocity and average speed during the first 2 sqrt(3) s of motion, are respectively :

A particle starts moving from rest at t=0 with a tangential acceleration of constant magnitude of pi m//s^(2) along a circle of radius 6 m. The value of average acceleration, average velocity and average speed during the first 2 sqrt(3) s of motion, are respectively :

If the tangential acceleration of a particle around a circular path is 0.5ms^(-2) and radial acceleration is 0.65ms^(-2) , then calculate the resultant acceleration of the particle.

A particle starting from rest moves with a constant angular acceleration alpha in a circular path. The time at which the magnitudes of tangential and radial acceleration are equal is -

A particle is moving with a constant angular acceleration of 4rad//s^(2) in a circular path. At time t=0 , particle was at rest. Find the time at which the magnitudes of centripetal acceleration and tangential acceleration are equal.

A particle is moving with a constant angular acceleration of 4rad//s^(2) in a circular path. At time t=0 , particle was at rest. Find the time at which the magnitudes of centripetal acceleration and tangential acceleration are equal.