4. In pure rotation of a rigid body: A. The equation of motion, T = | a, where t is the torque about the axis B. The kinetic Energy = ÷I w², where / is the angular momentum about the axis C. The angular momentum, L = I w, where L is the moment of inertia about the axis D. Only A and B are correct E. Only B and C are correct F. Only A and C are correct
4. In pure rotation of a rigid body: A. The equation of motion, T = | a, where t is the torque about the axis B. The kinetic Energy = ÷I w², where / is the angular momentum about the axis C. The angular momentum, L = I w, where L is the moment of inertia about the axis D. Only A and B are correct E. Only B and C are correct F. Only A and C are correct
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Transcribed Image Text:4. In pure rotation of a rigid body:
A. The equation of motion, T = | a, where t is the torque about the axis
B. The kinetic Energy = =I w², where / is the angular momentum about the axis
C. The angular momentum, L = I w, where L is the moment of inertia about the axis
%3!
D. Only A and B are correct
E. Only B and C are correct
F. Only A and C are correct
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