Unformatted text preview: = 0 rad/s. The rotation angle at any later time is measured with respect to the position of the body at time t = 0 s: [theta] = 0 rad. The equations of rotation are now given by The angle of rotation during a 3.0 s interval will depend on time: In our problem, the rotation [Delta][theta] during a period [Delta]t is given. The time that the wheel has been turning before the time period [Delta]t can be easily calculated The angular velocity of the wheel at the beginning of this period is...
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 Fall '09
 Acceleration, Angular Momentum, Angular Acceleration, 2.0 rad, 0 rad, 90 rad

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