A 4.60 pm x-ray is incident on a stationary electron. The scattered photon has its path altered perpendicular to its ori

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A 4.60 pm x-ray is incident on a stationary electron. The scattered photon has its path altered perpendicular to its ori

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A 4 60 Pm X Ray Is Incident On A Stationary Electron The Scattered Photon Has Its Path Altered Perpendicular To Its Ori 1
A 4 60 Pm X Ray Is Incident On A Stationary Electron The Scattered Photon Has Its Path Altered Perpendicular To Its Ori 1 (80.27 KiB) Viewed 34 times
A 4 60 Pm X Ray Is Incident On A Stationary Electron The Scattered Photon Has Its Path Altered Perpendicular To Its Ori 2
A 4 60 Pm X Ray Is Incident On A Stationary Electron The Scattered Photon Has Its Path Altered Perpendicular To Its Ori 2 (71.77 KiB) Viewed 34 times
A 4.60 pm x-ray is incident on a stationary electron. The scattered photon has its path altered perpendicular to its original direction. Compton scattering Recoil electron Incident photon 2₁ Target electron at rest imm

nima 25. Which of the following statements is true? The frequency of the x-ray increases, but its photon energy decreases. The frequency of the x-ray remains constant, since frequency does not change once EMR leaves the source, but the photon energy changes. Both the frequency and the photon energy remain the same after the collision. The frequency and the energy of the x-ray decrease after the collision.
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