4. A beam of x-rays with energy of 15 keV is incident on a thin metal target. Compton-scattered X-rays are observed at 90° with respect to the direction of the incident x-rays. (a) Determine the energy of one of these Compton-scattered x-rays, in units of keV. (b) Find the kinetic energy (also in keV) of the scattered electron. (c) What is the component of this electron's momentum along the direction of the incident x-rays? Give your answer in the convenient units of keV/c.
4. A beam of x-rays with energy of 15 keV is incident on a thin metal target. Compton-scattered X-rays are observed at 90° with respect to the direction of the incident x-rays. (a) Determine the energy of one of these Compton-scattered x-rays, in units of keV. (b) Find the kinetic energy (also in keV) of the scattered electron. (c) What is the component of this electron's momentum along the direction of the incident x-rays? Give your answer in the convenient units of keV/c.
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Transcribed Image Text:4. A beam of x-rays with energy of 15 keV is incident on a thin metal target. Compton-scattered
x-rays are observed at 90° with respect to the direction of the incident x-rays.
(a) Determine the energy of one of these Compton-scattered x-rays, in units of keV.
(b) Find the kinetic energy (also in keV) of the scattered electron.
(c) What is the component of this electron's momentum along the direction of the incident
x-rays? Give your answer in the convenient units of keV/c.
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