In 21-24, find the polar moment of inertia Io = ff r2p(r, 0) dA = Ix + Iy R of the
Chapter 9, Problem 23(choose chapter or problem)
In 21-24, find the polar moment of inertia Io = ff r2p(r, 0) dA = Ix + Iy R of the lamina that has the given shape and density. rO = 1, :5 0 :5 1, r = 1, r = 3, y = O; density at a point P inversely proportional to the distance from the pole [Hint: Integrate first with respect to 0.]
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