For an electron oscillating around a nucleus, where the oscillation can be thought of as a...

For an electron oscillating around a nucleus, where the oscillation can be thought of as a mass m
attached with a spring,
a) Write down the equation of motion for an electron oscillating in an applied electric field,
assume no damping. Use the formalism developed at the end of Chapter 2 in Silfvast.
b) Using oscillatory solutions for the motion as well as the electric field solve for the amplitude
of the motion of the electron as a function of time.

Expert Solution

genius_generous answered 2 years ago

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