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Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine

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Page 1: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 2: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 3: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 4: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 5: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 6: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 7: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 8: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 9: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine
Page 10: Wright State Universitycecs.wright.edu/~rsrin/Courses/ME313-513/Spring 2010/HW-8.pdf · Problem 9.13 P = 35 kips a = 5 ft L = 15 ft 9.13 For the beam and loading shown, determine