Use Lagrange equation of motion to find out the differential equation for the orbit of a particle moving under the central force F(r) = – k/~2- Ucing the pronortios of Doise on's hrookots chou the fellouing FOlotionc.
Use Lagrange equation of motion to find out the differential equation for the orbit of a particle moving under the central force F(r) = – k/~2- Ucing the pronortios of Doise on's hrookots chou the fellouing FOlotionc.
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Transcribed Image Text:Use Lagrange equation of motion to find out the differential equation for the
orbit of a particle moving under the central force F(r) = – k/,2-
Ueing the pronortios of Dois on's brookots chou the fellouing rolotionc.
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