CSIR NET
Sharanya Asked a Question
April 9, 2021 2:15 pmpts 30 pts
  • CSIR NET
  • Physical Sciences

19. choose the correct answer: according to dirac's relativistic theory, orbital angular momentum (a) is a constant of motion in a central force-field (b) vanis

19. Choose the correct answer: According to Dirac's relativistic theory, orbital angular momentum (A) is a constant of motion in a central force-field (B) vanishes in a central force-field (C) is not a constant of motion in a central force-field (D) is a parameter in a central force- field
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  • Dinesh vishwakarma thankyou
    c) Total angular momentum conserved in central force but Orbital and Spin angular momentum are not conserved in central field independently
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