The flywheel rotates with an angular velocity of w = (0.006 theta^2) rad/s, where theta is in radians. (Figure 1) Part A Determine the angular acceleration when it has rotated 10 revolutions. Solution Let us first write the given values: Flywheel rotates with angular velocity=0.006theta2 Theta - It is in radian. Since we have given number of revolution that is 10 , 1 revlotion =2pie 10 revolution =20pie Angular velcity for this angle 20pie comes out to be: 0.006x(20pie)2 23.68rad/second2 Angular velocity after 10 revolution= 23.68rad/s2..