Let L be the angular momentum of a system of particles relative to a frame with origin at O, and let L' be the angular momentum of the system relative to a frame with origin O' at the CM. Prove that L = L'+R x P, (1) MR with M the total where R is the position vector of O' relative to O and P = mass of the system.
Let L be the angular momentum of a system of particles relative to a frame with origin at O, and let L' be the angular momentum of the system relative to a frame with origin O' at the CM. Prove that L = L'+R x P, (1) MR with M the total where R is the position vector of O' relative to O and P = mass of the system.
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![Let L be the angular momentum of a system of particles relative to a frame with
origin at O, and let L' be the angular momentum of the system relative to a frame
with origin O' at the CM. Prove that
L = L'+R x P,
(1)
MR with M the total
where R is the position vector of O' relative to O and P =
mass of the system.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F75abff4a-e70a-4bfc-84d7-cb52dd9524de%2Fe15727ee-5f27-4079-a9ca-ed341b75f5fc%2Fphmlzy8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Let L be the angular momentum of a system of particles relative to a frame with
origin at O, and let L' be the angular momentum of the system relative to a frame
with origin O' at the CM. Prove that
L = L'+R x P,
(1)
MR with M the total
where R is the position vector of O' relative to O and P =
mass of the system.
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