If Possible, solve the first question using frequency and period equations! 1) A flywheel rotating at 20 rpm undergoes an angular acceleration of +2.0 rad/s for precisely 5.0 revolutions. What is the angular velocity in rad/s of the flywheel at the end of this acceleration? What is the change in time during the 5.0 revolutions? What is the angular displacement after the 5.0 revolutions? 2) A small rubber wheel is used to drive a large pottery wheel, and they are mounted so that their circular edges touch. If the small wheel has a radius of 3.0 cm and accelerates at the rate of 7.5 rad/s?^2, and it is in contact with the pottery wheel (radius 27.0 cm) without slipping, calculate the angular acceleration of the pottery wheel, and the time it takes the pottery wheel to reach its required speed of 60 rpm. Please show all work or otherwise I can't learn it