Mechanics of Materials

| 7.1 | Using Figure P7.1 solve the problem as described in text above. Figure P7.1 |
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| 7.2 | Using Figure P7.2 solve the problem as described in text above. Figure P7.2 |
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| 7.3 | Using Figure P7.3 solve the problem as described in text above. Figure P7.3 |
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| 7.4 | Using Figure P7.4 solve the problem as described in text above. Figure P7.4 |
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| 7.5 | Using Figure P7.5 solve the problem as described in text above. Figure P7.5 |
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| 7.6 | Using Figure P7.6 solve the problem as described in text above. Figure P7.6 In Problems 7.7 and 7.8 determine the deflection at point A in terms of w, P, L, E, and I. |
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| 7.7 | Using Figure P7.7 solve the problem as described in text above. Figure P7.7 |
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| 7.8 | Using Figure P7.8 solve the problem as described in text above. Figure P7.8 In Problems 7.9 through 7.12, in terms of w, L, E, and I, determine: (a) the equation of the elastic curve; (b) the deflection at x = L |
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| 7.9 | Using Figure P7.9 solve the problem as described in text above. Figure P7.9 |
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| 7.10 | Using Figure P7.10 solve the problem as described in text above. Figure P7.10 |
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| 7.11 | Using Figure P7.11 solve the problem as described in text above. Figure P7.11 |
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| 7.12 | Using Figure P7.12 solve the problem as described in text above. Figure P7.12 In Problems 7.13 and 7.14, write the boundary-value problem for determining the deflection of the beam at any point x. Assume EI is constant. |