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8.6 * Show that in the CM frame, the angular momentum l, of particle 1 is related to the total angular momentum L by l, = (m2/M)L and likewise l2 = (m1/M)L. Since L is conserved, this shows that the same is true of l, and l2 separately in the CM frame.

8.6 * Show that in the CM frame, the angular momentum l, of particle 1 is related to the total angular momentum L by l, = (m2/M)L and likewise l2 = (m1/M)L. Since L is conserved, this shows that the same is true of l, and l2 separately in the CM frame.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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8.6 classic mechanics 

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8.6 * Show that in the CM frame, the angular momentum l, of particle 1 is related to the total angular momentum L by l, = (m2/M)L and likewise l2 = (m1/M)L. Since L is conserved, this shows that the same is true of l and l, separately in the CM frame.
Transcribed Image Text:8.6 * Show that in the CM frame, the angular momentum l, of particle 1 is related to the total angular momentum L by l, = (m2/M)L and likewise l2 = (m1/M)L. Since L is conserved, this shows that the same is true of l and l, separately in the CM frame.
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