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Grade: 10

                        

The total angular momentum of a system of particles relative to the origin o of an inertial reference frame is given by , where and and to express in terms of the positions and momenta relative to the center of mass C; see Fig.(b) Use the definition of center of mass and the definition of angular momentum L' with respect to the center of mass to obtain (c) Show how this result can be interpreted as regarding the total angular momentum to be the sum of spin angular momentum (angular momentum relative to the center of mass) and orbital angular momentum (angular momentum of the motion of the center of mass C with respect to 0 if all the system's mass were concentrated at C).

The total angular momentum of a system of particles relative to the origin o of an inertial reference frame is given by , where  and  and  to express  in terms of the positions  and
momenta  relative to the center of mass C; see Fig.(b) Use the definition of center of mass and the definition of angular momentum L' with respect to the center of mass to obtain (c) Show how this result can be interpreted as regarding the total angular momentum to be the sum of spin angular momentum (angular momentum relative to the center of mass) and orbital angular momentum (angular momentum of the motion of the center of mass C with respect to 0 if all the system's mass were concentrated at C).

5 years ago

Answers : (1)

Jitender Pal
askIITians Faculty
365 Points
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The origin of the inertial frame of reference is depicted by point O.
235-1268_1.PNG
235-2442_1.PNG 235-63_1.PNG
5 years ago
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