(adsbygoogle = window.adsbygoogle || []).push({}); 1. The problem statement, all variables and given/known data

Find maximum speed of oscillation of a free electron near Earth’s surface due to

Sun’s electromagnetic field. Find out the ratio of maximum magnetic force acting

on the electron Fm to the maximum electric force Fe. Regard Sun’s radiation as

monochromatic with wavelength of 550 nm. Average intensity of Sun’s radiation

at Earth atmosphere is 1400 W/m2.

2. Relevant equations

mx'' + m [tex]\Gamma[/tex] x' + m [tex]\omega[/tex]_{0}^{2}x = eE

3. The attempt at a solution

clearly the above equation is just a second order DE with a driving and damping force. My question is do I solve for omega? which would be [tex]\sqrt{k_{e}/m}[/tex] ? Or is there another equation that I am possibly unaware of that could be of use?

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# Homework Help: Speed of oscillation of free electrons

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