Question 3 The wood specimen is to be loaded in a testing machine until it fails

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Question 3 The wood specimen is to be loaded in a testing machine until it fails in tension. The ultimate normal strength of the wood is sigmault = 2000 psi and the ultimate shear strength of the wood is tauult = 800 psi. The width of the specimen under tension is b = 1.1 in. and the specimen is 1.0 in thick. Determine the minimum required dimension for t so that a factor of safety of 1.10 is maintained against a shear failure in the grips when the specimen fails in tension. Express your answer in inches to the next highest 1/4 in. (Your answer must be in decimal form.) The eye bolt with a diameter of d = 13 mm supports a load of P = 29 kN as shown. If the outside diameter of the washer is 35 mm and the inside diameter of the washer is 3 mm larger than the diameter of the bolt. determine the bearing stress under the washer. Express your answer in MPa to the nearest 100 kPa.

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Its double eyed

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