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belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"

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Page 1: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 2: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 3: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 4: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 5: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 6: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 7: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"
Page 8: belz/phys5110/practice_midterm_solutions.pdf · 17 -466.8 166.354 37.909 12.419 2.191 ... A beam of 6.00 x 105 10 MeV Q particles per second is incident on a 0.25 cm thick ... 2010"