A flywheel is revolving at 150 revolutions per minutes .If deccelerates at a constant rate of `2 pi rad //s^(2)`, then time requred to stop it is

A flywheel is revolving at 150 revolutions per minute. If it decelerates at a constant rate of 2pi rad//s^2 , then time required to stop it is

A flywheel is rotating at the rate of 100 rpm and slows down at a constant rate of 1 " rad"//"s"^2 . Calculate the time required to stop the flywheel and the number of rotations made by the flywheel before coming to rest?

A flywheel rotating at 420 rpm slows down at a constant rate of 2 rad s^-2 The time required to stop the flywheel is.

A flywheel rotating at 420 rpm slows down at a constant rate of 2 rad s^(-2) . The time required to stop the flywheel is:

A flywheel rotating at the rate of 120 rpm slows down at a constant rate of 2 rad s^(-2) . What time is required to stop the flywheel and how many rations does it make in the process ?

A flywheel rotating at 420 rpm slows sown at a constant rate 2 rad s^(-2) . What time is required to stop the flywheel ?

A wheel has a speed of 1200 revolution per minute and is made to slow down at a rate of 4 rad//s^(2) . The number of revolutions it makes before coming to rest is

A wheel has a speed of 1200 revolution per minute and is made to slow down at a rate of 4 radian/ s^(2) . The number of revolutions it makes before coming to rest is

The motor of engine rotating at an angular velocity of 500 rpm slows down at a constant rate of 2.5rads^(-2) . Calculate the time required to stop the motor.

A particle is revolving uniformly at 170rad/s is brought to rest by a uniform angular retardation alpha=5(rad)/s^(2) . The time require to stop is __________