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Rotational kinematics

  1. Jun 21, 2005 #1
    I am unsure of how to do this problem. I know that the angular velocity=change in theta/change in time but don't know how to get the # of revolutions?

    At the local swimming hole, a favorite trick is to run horizontally off a cliff that is 6.2 m above the water. One diver runs off the edge of the cliff, tucks into a "ball," and rotates on the way down with an average angular speed of 1.2 rev/s. Ignore air resistance and determine the number of revolutions she makes while on the way down
     
  2. jcsd
  3. Jun 21, 2005 #2
    Well if you solve for the time it takes the diver to reach the water, can't you just multiply that by 1.2 rev/sec to get # of revolutions?
     
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