A wheel starting from rest,rotates with a uniform angular acceleration of `2rad/s^(2)` .Then the number of rotations it performs in tenth second is

A wheel starting from rest is rotating with a constant angular acceleration of 2 rad / sec^(2) Interval .A student notes that it traces an angle of 80^ radian in 4 sec.interval. What was the angular velocity of the wheel , when the student started his observations ?

A body starting from rest is moving with a uniform acceleration of 8m/s^(2) . Then the distance travelled by it in 5th second will be

Starting from rest a wheel rotates with uniform angular acceleration 2 pi rad s^(-2) . After 4s ,if the angular acceleration ceases to act,its angular displacement in the next 4s is?

Starting from rest a wheel rotates with uniform angular acceleration 2 pi rad s^(-2) .After 4s ,if the angular acceleration ceases to act,its angular displacement in the next 4s is?

A wheel starting from rest ia rotating with a constant angular velocity of 3 rad s^-1 . What is its angular acceleration after 4 s?

A wheel starting from rest is uniformly accelerated at 2 red/s^(2) for 20 seconds. It is allowed to rotate uniformly for the next 10 seconds and is finally brought to rest in next 20 seconds. The total angle rotated by the wheel (in radian) is :-

A wheel starting from rest is uniformly acceleration with angular acceleration of 4 "rad"//s^(2) for 10 seconds . It is then allowed to rotate uniformly for next 10 seconds and finally brought to rest in next 10 seconds by uniform angular retardation. Total angle rotated is (100 n) radian. Find value of n.

A wheel starting from rest is uniformly accelerate at 4 rad/s^2 for 10 seconds. It is allowed to rotate uniformly for the next 10 seconds and is finally brought to rest in the next 10 seconds. Find the total angle rotated by the wheel.