Q 3: A mass of 75 kg is freely dropped vertically from h = 50 cm height to the flange. The total length of rod L = 1.25

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Q 3: A mass of 75 kg is freely dropped vertically from h = 50 cm height to the flange. The total length of rod L = 1.25

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Q 3 A Mass Of 75 Kg Is Freely Dropped Vertically From H 50 Cm Height To The Flange The Total Length Of Rod L 1 25 1
Q 3 A Mass Of 75 Kg Is Freely Dropped Vertically From H 50 Cm Height To The Flange The Total Length Of Rod L 1 25 1 (32.19 KiB) Viewed 27 times
Q 3: A mass of 75 kg is freely dropped vertically from h = 50 cm height to the flange. The total length of rod L = 1.25 m, and its cross-section is 4.5 cm² with elastic modulus E = 200 GPa. a) Calculate maximum vertical displacement at the flange (10 P) b) Calculate maximum normal stress at the rod (10 P) c) Calculate impact factor of the system (5 P) 3 W Flange
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