Refer to the following figure Unit Length is in m and Force is in KN L1=0.12L2=0 2. L3=0.12, L4-006. L5 = 0.04 L6 = 0 24

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Refer To The Following Figure Unit Length Is In M And Force Is In Kn L1 0 12l2 0 2 L3 0 12 L4 006 L5 0 04 L6 0 24 1 (41.14 KiB) Viewed 24 times

Refer to the following figure Unit Length is in m and Force is in KN L1=0.12L2=0 2. L3=0.12, L4-006. L5 = 0.04 L6 = 0 24 and P = 51 I P L3 L2 L4 L1 L5 L6 Answer the following questions (a) The total area of the cross sections m2 (4 POINTS) (b) The location of the controid in the y direction is m(4 POINTS) ic Moment inertia totais m (6 POINTS) (a) the load P can be relocated to the location of the controld by adding the bending moment M KN m along the neutral line (4 POINT ) Maximum stress due to concentrated load PiS MPa (mention tension of compression) (4 POINTS) Maximum Compression stress due to bending moments MPa (6 POINTS) lo, Maximum Tension stress due to bending moments MPa (6 POINTS) Maximum Tension stress because of the combined load is MPa (6 POINTS) REFERENCE Se billede allere to see all emers