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 is rotating at the rate of 100 rpm and slows down at a cons

1.	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?
Answer» SOLUTION :`t=omega - omega_(0)//a = 0-2pi xx (5//3)//I = 10.47 s, theta = omega_(0)t + (1//2) at^(2) = 55` RAD.