A photon of frequency scatters from an electron at rest and moves in a direction making an angle of 60° with the incident direction. If the frequency of scattered photon is half that of incident photon, calculate the frequency of the incident photon. 1.212e-12 Hz 2.475e20 Hz O None of the given options. O 2.424e-12 Hz
A photon of frequency scatters from an electron at rest and moves in a direction making an angle of 60° with the incident direction. If the frequency of scattered photon is half that of incident photon, calculate the frequency of the incident photon. 1.212e-12 Hz 2.475e20 Hz O None of the given options. O 2.424e-12 Hz
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Transcribed Image Text:A photon of frequency scatters from an electron at rest and moves in a direction
making an angle of 60° with the incident direction. If the frequency of scattered
photon is half that of incident photon, calculate the frequency of the incident
photon.
1.212e-12 Hz
2.475e20 Hz
None of the given options.
2.424e-12 Hz
Transcribed Image Text:An incident x-ray photon of wavelength 0.0900 nm is scattered in the backward
direction from a free electron that is initially at rest. What is the kinetic energy of
the electron after the photon is scattered?
None of the given options.
2.2086E-15J
2.0957E-15J
O 1.129-16 J
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