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Debanjana adhikari Asked a Question
May 24, 2020 7:22 pmpts 30 pts
  • CSIR NET
  • Physical Sciences

The hamiltonian for a system of two particles of masses m, and m, at r and r, having velocities , and i, is given by h = mv +m,+ -(fxi), wrong where c is consta

The Hamiltonian for a system of two particles of masses m, and m, at r and r, having velocities , and i, is given by H = mv +m,+ -(fxi), wrong where C is constant. Which one of the following statements is correct? (a) The total energy and total momentum are conserved (b) Only the total energy is conserved (c) The total energy and the z - component of the total angular momentum are conserved (d) The total energy and total angular momentum are conserved -
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  • Chandra dhawan thankyou
    see attached file dear... I suggest you go through the concept.... and for solutions of this prob see attached file..... option is c dear
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    Chandra dhawan
    I hope you got it my point dear
  • Dhairya sharma Best Answer
    dear see attached.
    • cropped561143610.jpg
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    Dhairya sharma
    dear u 9 it's a concept in physics that every symmetry in nature leads to a conservation law. here symmetry in time leads to conservation of energy.
  • Ruby negi thankyou
    according to me, option c is correct. because Hamiltonian is independent of time so energy is conserved . and also z-component of angular momentum is conserved.
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