28_InstSolManual_PDF_Part10

28_InstSolManual_PDF_Part10 - 2 2 m , l 5 h p E 5 hc l . l...

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Solve: (a) (b) (c) Reflect: The incident x ray has energy 18.0 keV. In the scattering event, the photon loses energy and its wavelength increases. 28.40. Set Up: For an electron, For a proton, Solve: (a) (b) is proportional to so 28.41. Set Up: Solve: 28.42. Set Up: The visible spectrum is from around to around For a photon, For an electron, and with Solve: (a) For For The visible spectrum corresponds to photon energies between 1.8 eV and 3.1 eV. (b) For For The electron would have energies between 1.8 eV and 3.1 eV and wavelengths between 0.70 nm and 0.92 nm. 28.43. Set Up: For a photon, For an electron or proton, and so Solve: (a) (b) (c) E p 5 E e 1 m e m p 2 5 1 38 eV 2 1 9.11 3 10 2 31 kg 1.67 3 10 2 27 kg 2 5 0.021 eV E 5 h 2 2 m l 2 5 1 6.63 3 10 2 34 J # s 0.20 3 10 2 9 m 2 2 1 2 1 9.11 3 10 2 31 kg 2 5 6.03 3 10 2 18 J 5 38 eV E 5 hc l 5 1 4.136 3 10 2 15 eV # s 21 3.00 3 10 8 m / s 2 0.20 3 10 2 9 m 5 6.2 keV E 5 h 2 2 m l 2 . E 5 p 2 2 m , p 5 h l E 5 hc l . l5 1 0.92 nm 2 Å 1.8 eV 3.1 eV 5 0.70 nm. E 5 3.1 eV, l5 h " 2 mE 5 6.63 3 10 2 34 J # s " 2 1 9.11 3 10 2 31 kg 21 2.88 3 10 2 19 J 2 5 9.2 3 10 2 10 m 5 0.92 nm. E 5 1.8 eV, E 5 1.8 eV 5 2.88 3 10 2 19 J. p 5 " 2 mE . E 5 1 3.1 eV 2 1 400 nm 700 nm 2 5 1.8 eV. l5 700 nm, E 5 hc l 5 1 4.136 3 10 2 15 eV # s 21 3.00 3 10 8 m / s 2 400 3 10 2 9 m 5 3.1 eV. l5 400 nm, m 5 9.11 3 10 2 31 kg. E 5 p
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Unformatted text preview: 2 2 m , l 5 h p E 5 hc l . l 5 700 nm. l 5 400 nm v 5 h m l 5 6.63 3 10 2 34 J # s 1 9.11 3 10 2 31 kg 21 1.00 3 10 2 3 m 2 5 0.728 m / s m 5 9.11 3 10 2 31 kg. l 5 h p 5 h m v . l p 5 l e 1 m e m p 2 5 1 1.55 3 10 2 10 m 2 1 9.11 3 10 2 31 kg 1.67 3 10 2 27 kg 2 5 8.46 3 10 2 14 m. 1 m , l l 5 6.63 3 10 2 34 J # s 1 9.11 3 10 2 31 kg 21 4.70 3 10 6 m / s 2 5 1.55 3 10 2 10 m 5 0.155 nm m 5 1.67 3 10 2 27 kg. m 5 9.11 3 10 2 31 kg. l 5 h p 5 h m v . E 5 hc l r 5 1 4.136 3 10 2 15 eV # s 21 3.00 3 10 8 m / s 2 6.98 3 10 2 11 m 5 17.8 keV l r 5 6.98 3 10 2 11 m 5 0.0698 nm. l r 5 l 1 h mc 1 1 2 cos f 2 5 6.91 3 10 2 11 m 1 1 2.426 3 10 2 12 m 21 1 2 cos 45.0 2 . l 5 h eV 5 1 6.63 3 10 2 34 J # s 21 3.00 3 10 8 m / s 2 1 1.60 3 10 2 19 C 21 18.0 3 10 3 V 2 5 6.91 3 10 2 11 m 5 0.0691 nm 28-10 Chapter 28...
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This note was uploaded on 03/06/2009 for the course PHYS 114 taught by Professor Shoberg during the Spring '07 term at Pittsburg State Uiversity.

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