94: Show that the relation between the directions of motion of the scattered photon and the ecoiling electron in Compton scattering is given by the following relation: cot(0/2) = (1+dev)tano Vhere O is the electron's scattering angle and o is the photon's scattering angle; v is the requency of incident photon; 2, is the Compton wavelength.
94: Show that the relation between the directions of motion of the scattered photon and the ecoiling electron in Compton scattering is given by the following relation: cot(0/2) = (1+dev)tano Vhere O is the electron's scattering angle and o is the photon's scattering angle; v is the requency of incident photon; 2, is the Compton wavelength.
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Transcribed Image Text:Q4: Show that the relation between the directions of motion of the scattered photon and the
recoiling electron in Compton scattering is given by the following relation:
cot(0/2) = (1+1.v)tand
Where O is the electron's scattering angle and o is the photon's scattering angle; v is the
frequency of incident photon; 2, is the Compton wavelength.
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