The path of a particle of mass m, moving under the influence of a central force, in plane polar coordinates is given by r = r,e", where r, and k are positive constants of appropriate dimensions. The angular momentum of the particle is L and its total energy is zero. The potential energy functions V(r), in terms of m, L and k is.. .

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Q19. The path of a particle of mass m, moving under the influence of a central force, in plane
ko
polar coordinates is given by r = r,e" , where r, and k are positive constants of
appropriate dimensions. The angular momentum of the particle is L and its total energy
is zero. The potential energy functions V(r), in terms of m, L and k is..
Transcribed Image Text:Q19. The path of a particle of mass m, moving under the influence of a central force, in plane ko polar coordinates is given by r = r,e" , where r, and k are positive constants of appropriate dimensions. The angular momentum of the particle is L and its total energy is zero. The potential energy functions V(r), in terms of m, L and k is..
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