A wheel initially rotating with an angular velocity of 10 rad/s comes to rest in 5 s under constant angular deceleration. What is the magnitude of its angular deceleration?
A wheel rotating at 600 rpm is brought to rest in 1 minute by a constant opposing torque. What is the total number of revolutions completed by the wheel before it comes to rest?
The angular speed of a motor’s wheel increases from 1200 rpm to 3120 rpm in 16 s. What is the wheel’s uniform angular acceleration?
In the previous problem, the angular speed of a motor’s wheel increases uniformly from 1200 rpm to 3120 rpm in16 s, with an angular acceleration of 4π rad/s2. What is the total number of revolutions completed during this 16-second interval?
If a body rotating with angular speed ωâ‚€ has angular acceleration α = 0, then:
It accelerates uniformly
Its angular velocity doubles each second
It comes to rest
It rotates with constant angular velocity