a.) Derive the equations of motion for an object with mass(m1)
that is orbiting the second...
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Physics
a.) Derive the equations of motion for an object with mass(m1)that is orbiting the second object of mass (m2>>m1) in aperfectly circular orbit with radius(R) and orbital period (T).
(Use lagrangian mechanics & show work)
b.) Find the hamiltonian of the system and describe how it isrelated to the system energy.
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3.8 Ratings (558 Votes)
Taking the second object as the origin the first object isorbiting the second object with a time period TThe radius is RThen the potential energy of the second object is due to thecentral force between the masses which is given byAs the motion in
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