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SE10 39.3.OP.016. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER X-rays with energy E= 280 keV are incident on a target. The x-rays undergo Compton scattering, and the scattered rays are at an angle of 8340 with respect to the incident rays (a) Find the Compton shift (in m) at this angle. 4.48E-12 x Did you remember to set your calculator to degree mode? m (b) Find the energy (in kev) of the scattered x-ray. 4.43E-12 x Combine the expression for photon energy and the relationship among c. the wavelength, and the frequency, to find A. The shifted wavelength, the input the change in wavelength due to Compton scattering. Use this shifted wavelength to determine the energy of the scattered x-ray kav (c) Find the energy (in kev) of the recoiling electron. kev Need Help? Submit Answer Read It

SE10 39.3.OP.016. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER X-rays with energy E= 280 keV are incident on a target. The x-rays undergo Compton scattering, and the scattered rays are at an angle of 8340 with respect to the incident rays (a) Find the Compton shift (in m) at this angle. 4.48E-12 x Did you remember to set your calculator to degree mode? m (b) Find the energy (in kev) of the scattered x-ray. 4.43E-12 x Combine the expression for photon energy and the relationship among c. the wavelength, and the frequency, to find A. The shifted wavelength, the input the change in wavelength due to Compton scattering. Use this shifted wavelength to determine the energy of the scattered x-ray kav (c) Find the energy (in kev) of the recoiling electron. kev Need Help? Submit Answer Read It

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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PREVIOUS ANSWERS SERPSE10 39.3.OP.016. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER X-rays with energy E 280 keV are incident on a target. The x-rays undergo Compton scattering, and the scattered rays are at an angle of 8340 with respect to the incident rays. (a) Find the Compton shift (in m) at this angle. 4.48E-12 x Did you remember to set your calculator to degree mode? m DETAILS (b) Find the energy (in kev) of the scattered x-ray. 4.43E-12 x Combine the expression for photon energy and the relationship among c. the wavelength, and the frequency, to find A. The shifted wavelength, , is the intal wavelength plus the change in wavelength due to Compton scattering. Use this shifted wavelength to determine the energy of the scattered w-ray kav (c) Find the energy (in kev) of the recoiling electron. kev Need Help? Submit Answer Read It Search J 0 # 4 P C A C
Transcribed Image Text:PREVIOUS ANSWERS SERPSE10 39.3.OP.016. MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER X-rays with energy E 280 keV are incident on a target. The x-rays undergo Compton scattering, and the scattered rays are at an angle of 8340 with respect to the incident rays. (a) Find the Compton shift (in m) at this angle. 4.48E-12 x Did you remember to set your calculator to degree mode? m DETAILS (b) Find the energy (in kev) of the scattered x-ray. 4.43E-12 x Combine the expression for photon energy and the relationship among c. the wavelength, and the frequency, to find A. The shifted wavelength, , is the intal wavelength plus the change in wavelength due to Compton scattering. Use this shifted wavelength to determine the energy of the scattered w-ray kav (c) Find the energy (in kev) of the recoiling electron. kev Need Help? Submit Answer Read It Search J 0 # 4 P C A C
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