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Show that the angular monentum J of a system of particles can be expressed in the form J = J +R x P angular momentum about the centre of mass, R = position vector of centre of mass, P = total linear momentum. where J. cm and

Show that the angular monentum J of a system of particles can be expressed in the form J = J +R x P angular momentum about the centre of mass, R = position vector of centre of mass, P = total linear momentum. where J. cm and

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6. Show that the angular monentum J of a system of particles can be expressed`in the form + R x P = angular momentum about the centre of mass, R = position vector of centre of mass, P = total linear momentum. J = J cm where J. ст and
Transcribed Image Text:6. Show that the angular monentum J of a system of particles can be expressed`in the form + R x P = angular momentum about the centre of mass, R = position vector of centre of mass, P = total linear momentum. J = J cm where J. ст and
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