ifos • paper_1 • mechanicsifos-2020-subject-01-001
Angular momentum — UPSC IFoS 2020 Physics PYQ
Buy PYQ Solution Manual →Suppose the position of a particle of mass m on the xy-plane is \bar{r} = (x, y, z) = (r \cos\phi, r \sin\phi, 0) Here r and \phi are functions of time t. Find l_z, the z-component of \vec{l}, where \vec{l} is the angular momentum of the particle. Further, show that the areal velocity is equal to the angular momentum divided by 2m. Is areal velocity constant?
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