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Problem 4: For the bar and loading condition shown below, determine (a) the radius of curvature, p (b) the radius of curvature, p' of a transverse cross- section, (c) the angle between the sides of the bar that were originally vertical. Use, Young's Modulus, E = 200 kPa and Poisson's Ratio, v = 0.29. %3D %3D

Problem 4: For the bar and loading condition shown below, determine (a) the radius of curvature, p (b) the radius of curvature, p' of a transverse cross- section, (c) the angle between the sides of the bar that were originally vertical. Use, Young's Modulus, E = 200 kPa and Poisson's Ratio, v = 0.29. %3D %3D

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Problem 4: For the bar and loading condition shown below, determine (a) the radius of curvature, p (b) the radius of curvature, p' of a transverse cross- section, (c) the angle between the sides of the bar that were originally vertical. Use, Young's Modulus, E = 200 kPa and Poisson's Ratio, v = 0.29. %3D 1.6 m M' N. A.
Transcribed Image Text:Problem 4: For the bar and loading condition shown below, determine (a) the radius of curvature, p (b) the radius of curvature, p' of a transverse cross- section, (c) the angle between the sides of the bar that were originally vertical. Use, Young's Modulus, E = 200 kPa and Poisson's Ratio, v = 0.29. %3D 1.6 m M' N. A.
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