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4. A 5/8-in-diameter steel rod AB fitted to a round hole near end Cof the wooden member CD. A shearing stress of 112 psi acts on the surfaces indicated by the dashed lines. 1500 750 Ib 750 b Determine the maximum normal stress (in psi) in the wood.* Your answer Determine the distance b (in inches) for which the shearing stress is applied. Round off to a whole number.* Your answer Determine the bearing stress (in psi) between the steel rod and the wood. * Your answer

4. A 5/8-in-diameter steel rod AB fitted to a round hole near end Cof the wooden member CD. A shearing stress of 112 psi acts on the surfaces indicated by the dashed lines. 1500 750 Ib 750 b Determine the maximum normal stress (in psi) in the wood.* Your answer Determine the distance b (in inches) for which the shearing stress is applied. Round off to a whole number.* Your answer Determine the bearing stress (in psi) between the steel rod and the wood. * Your answer

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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4. A 5/8-in.-diameter steel rod AB fitted toa round hole near end C of the wooden member CD. A shearing stress of 112 psi acts on the surfaces indicated by the dashed lines. 1 in. 1500 lb 750 lb 750 Ib Determine the maximum normal stress (in psi) in the wood. * Your answer Determine the distance b (in inches) for which the shearing stress is applied. Round off to a whole number. * Your answer Determine the bearing stress (in psi) between the steel rod and the wood. * Your answer
Transcribed Image Text:4. A 5/8-in.-diameter steel rod AB fitted toa round hole near end C of the wooden member CD. A shearing stress of 112 psi acts on the surfaces indicated by the dashed lines. 1 in. 1500 lb 750 lb 750 Ib Determine the maximum normal stress (in psi) in the wood. * Your answer Determine the distance b (in inches) for which the shearing stress is applied. Round off to a whole number. * Your answer Determine the bearing stress (in psi) between the steel rod and the wood. * Your answer
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