A shaft has supports and geometry shown. The force shown at point A is a gear mounted there. In the process of finding t

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A Shaft Has Supports And Geometry Shown The Force Shown At Point A Is A Gear Mounted There In The Process Of Finding T 1 (39.14 KiB) Viewed 37 times

A shaft has supports and geometry shown. The force shown at point A is a gear mounted there. In the process of finding the critical speed, you need to find the deflection at specific points along the shaft. Place the weight of each segment at its center, as indicated by points B and C on the diagram (rather than modeling the weight as a distributed load). Find the deflection of the shaft at point C due to gravitational loading only. The shaft is made of steel. Use E = 30 Msi, and y = 0.284 lb/in³. A. 200x10¹³ in B. 110x10¹³ in C. 73x10³ in D. 34x10-³ in E. None of the above 0.395 in 9 in A B 15 lb 14 in .C 0.425 in