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The Lagrangian of a particle moving in a plane under the influence of a central potential is given by L =m(r +r*o*)-v (r). The generalized momenta corresponding to r and 0 are given by:

The Lagrangian of a particle moving in a plane under the influence of a central potential is given by L =m(r +r*o*)-v (r). The generalized momenta corresponding to r and 0 are given by:

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8. The Lagrangian of a particle moving in a plane under the influence ofacentral potential is given by L =m(r² +r*o²)-v (r). The generalized momenta corresponding to r and e are given by: (a) mr and mr²0 (b) mr and mre (c) mi²ė and mrė² (d) mr and mr²è² (1+à)
Transcribed Image Text:8. The Lagrangian of a particle moving in a plane under the influence ofacentral potential is given by L =m(r² +r*o²)-v (r). The generalized momenta corresponding to r and e are given by: (a) mr and mr²0 (b) mr and mre (c) mi²ė and mrė² (d) mr and mr²è² (1+à)
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