10 points QUESTION 1 Refer to the following figure Unit Length in in mand Force is in KN L1 -0.315, L2 = 0.525, L3 * 0,3

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10 Points Question 1 Refer To The Following Figure Unit Length In In Mand Force Is In Kn L1 0 315 L2 0 525 L3 0 3 1 (21.37 KiB) Viewed 20 times

10 Points Question 1 Refer To The Following Figure Unit Length In In Mand Force Is In Kn L1 0 315 L2 0 525 L3 0 3 2 (25.87 KiB) Viewed 20 times

10 Points Question 1 Refer To The Following Figure Unit Length In In Mand Force Is In Kn L1 0 315 L2 0 525 L3 0 3 3 (25.87 KiB) Viewed 20 times

10 points QUESTION 1 Refer to the following figure Unit Length in in mand Force is in KN L1 -0.315, L2 = 0.525, L3 * 0,315,44 -0.1575, L3=0,105, 16 = 0.63, and P = 54 L3 L2 L4 L5 LE den Alltamalla Al A Saan
question completion Status Answer the following questions (a) The total area of the cross-section is...m2 (4 POINTS) (b) The location of the centraid in the y direction is....(4 POINTS) c) Moment Inertia totalis m ( POINTS) (a) the lond can be relocated to the location of the centroid by adding the bending moment M N.m along the neutral line (4 POINTS) (e) Maximum stress due to concentrated load Pis...MPa (mention tension or compression) (4 POINTS) in Maximum Compression stress due to banding moment Mis MPa ( POINTS) Kay Maximum Tension stress due to bending moment Mis MPa (6 POINTS) (1) Maximum Tension stress because of the combined load is MPa (6 POINTS) REFERENCE: