The irregularly-shaped object in the figure to the right is rotated about the z -axis (which passes through its center of mass) at some angular speed w Later it is rotated about the z' -axis with the same angular speed w Compare the kinetic energy of the object when rotated about the z axis with its kinetic CM energy when rotated about z' axis. Select a choice from below and explain your answer clearly! z' axis than it does when rotated about a) The object has more kinetic energy when rotated about the the z axis. b) The object has less kinetic energy when rotated about the z' axis than it does when rotated about the z axis. c) The object has the same kinetic energy when rotated about the z' axis as it does when rotated about the z axis.

The irregularly-shaped object in the figure to the right is rotated about the z -axis (which passes through its center of mass) at some angular speed w Later it is rotated about the z' -axis with the same angular speed w Compare the kinetic energy of the object when rotated about the z axis with its kinetic CM energy when rotated about z' axis. Select a choice from below and explain your answer clearly! z' axis than it does when rotated about a) The object has more kinetic energy when rotated about the the z axis. b) The object has less kinetic energy when rotated about the z' axis than it does when rotated about the z axis. c) The object has the same kinetic energy when rotated about the z' axis as it does when rotated about the z axis.