c) i) What are the needs and outcomes of kinematic analysis of planar complex mechanism?. Also,...

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c) i) What are the needs and outcomes of kinematic analysis of planar complex mechanism?. Also, list the steps in acceleration analysis of a planar mechanism with high degree of complexity using Goodman's approach. (OR) ii) The Fig.2 shows a slider-crank mechanism with an external force Fa applied to the piston. For the given crank velocity, find all the reaction forces in the joints and the crank torque. AO=75 mm, BA=300 mm, GO = 32 mm, GA 88 mm, m = 0.43 kg, m = 1.59 kg, mass of the slider, m = 0.283 kg, las = 12.4 X 10 kgm, W = 160 rad/s CCW, a-0, as - 3090 rad/s/CW, Aas 1870 m/s @160, A, - 1916 m/s @180, external force at slider B, Fa=363 N @ 180, 2 G 30 2 A 3 G3 4 G - c) i) What are the needs and outcomes of kinematic analysis of planar complex mechanism?. Also, list the steps in acceleration analysis of a planar mechanism with high degree of complexity using Goodman's approach. (OR) ii) The Fig.2 shows a slider-crank mechanism with an external force Fa applied to the piston. For the given crank velocity, find all the reaction forces in the joints and the crank torque. AO=75 mm, BA=300 mm, GO = 32 mm, GA 88 mm, m = 0.43 kg, m = 1.59 kg, mass of the slider, m = 0.283 kg, las = 12.4 X 10 kgm, W = 160 rad/s CCW, a-0, as - 3090 rad/s/CW, Aas 1870 m/s @160, A, - 1916 m/s @180, external force at slider B, Fa=363 N @ 180, 2 G 30 2 A 3 G3 4 G -

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c i Kinematic analysis of a planar complex mechanism involves studying the motion and geometric relationships of the mechanisms components The needs a... View the full answer