An \( X \)-ray photon of wavelength \( \lambda \) and frequency \( v \) collides with an intiall...
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An \( X \)-ray photon of wavelength \( \lambda \) and frequency \( v \) collides with an intially stationary electron (but free to move) and bounces off. If \( \lambda^{\prime} \) and \( v^{\prime} \) are respectively the wavelength and frequency of the scattered photon, then:
(a) \( \lambda^{\prime}=\lambda ; v^{\prime}=v \)
(b) \( \lambda^{\prime}\lambda ; v^{\prime}v \)
(c) \( \lambda^{\prime}\lambda ; v^{\prime}v \)
(d) \( \lambda^{\prime}\lambda ; v^{\prime}v \)
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