Given the list of materials as shown in Table 1; Table 1 Material Young's Modulus (GPa)...

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Given the list of materials as shown in Table 1; Table 1 Material Young's Modulus (GPa) Aluminium 69 Copper 117 Brass 120 Iron 170 Nickel 210 Steel 200 Titanium 110 a. Determine area and section modulus for each material listed in Table 1 at different section shape as shown in Table 2 based on parameters provided below; = 5.5 m d = di = 35 mm do = 46 mm b = 39 mm h = 62 mm t 12 mm Moment of Inertia of sections Section Shape A (m) nd Ix (m) "d' 64 (d-d) n(d- d') 4 64 62 bh bh 12 4bt 2bt b. Analyze effective length, Par for all the materials at four conditions below; i. Pinned/Pinned ii. Fixed/Free iii. Fixed/Fixed iv. Pinned/Fixed Given the list of materials as shown in Table 1; Table 1 Material Young's Modulus (GPa) Aluminium 69 Copper 117 Brass 120 Iron 170 Nickel 210 Steel 200 Titanium 110 a. Determine area and section modulus for each material listed in Table 1 at different section shape as shown in Table 2 based on parameters provided below; = 5.5 m d = di = 35 mm do = 46 mm b = 39 mm h = 62 mm t 12 mm Moment of Inertia of sections Section Shape A (m) nd Ix (m) "d' 64 (d-d) n(d- d') 4 64 62 bh bh 12 4bt 2bt b. Analyze effective length, Par for all the materials at four conditions below; i. Pinned/Pinned ii. Fixed/Free iii. Fixed/Fixed iv. Pinned/Fixed