1P03_ASSIGNMENT - Assignment #2 1P03 TylerWright 1043569 1....

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Assignment #2 – 1P03 Tyler Wright 1043569 1. For a material with a Modulus of Elasticity of 5 GPa and density of 0.513 Mg/m 3 , compute the mass and height of the rung. Assume b = 75 mm, P = 1350 N, L = 350 mm, the factor of safety is S = 1.5, andC f = 0.01. You are solving for the deflection constraint and minimizing weight. The height of the rung is: P = 1350N L = 350mm= 0.35m
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E=5GPa x = 5 x Pa b= 0.075m C f = 0.01 The mass of the rung is : p =0.513Mg/m 3 b= 0.075m h = 2.22 x m L= 350mm = 0.35m The minimizing weight is: S=1.5 P=1350N b= 0.075m L= 350mm = 0.35m p = 0.513Mg/m 3 h = 2.22 x o f = = = 2.88x The deflection constraint: P=1350M L= 350mm = 0.35m E =5GPa x = 5 x Pa b= 0.075m h=2.22 x 2. Answer question 6.10 from the textbook. Figure 6.6 is provided below. Copy it into your assignment and add your lines of equal utility to it. Add at least three lines of
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equal utility and clearly label theirK values . 3
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This note was uploaded on 10/14/2011 for the course ENGINEER CHEM ENG 3 taught by Professor Ghosh during the Spring '11 term at McMaster University.

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1P03_ASSIGNMENT - Assignment #2 1P03 TylerWright 1043569 1....

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