A front loader is shown in the figure. The weight of the shovel and the load...

  

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A front loader is shown in the figure. The weight of the shovel and the load is 1200 lb. and L = 60 in. 30" 10"- F 12" G E 16" F₂ 10" 20" H 15" 1200 lb 30" 40"- E F₁₂ 50" L 12" 1- Using Solidworks drawing, draw the given position, submit your drawing file on the provided link → 25%. 2- Fill the following tables with the correct answers including the magnitude of each internal reaction force. 75% Show your calculation below and fill your answers in the following table Required Value units L1 Length of the Lower hydraulic cylinder. (in) L2 Length of the Upper hydraulic cylinder. (in) F1 F2 FA lb. lb. lb. lb. FB lb. Fc lb. FD lb. FE lb. FF lb. FG FH lb. A front loader is shown in the figure. The weight of the shovel and the load is 1200 lb. and L = 60 in. 30" 10"- F 12" G E 16" F₂ 10" 20" H 15" 1200 lb 30" 40"- E F₁₂ 50" L 12" 1- Using Solidworks drawing, draw the given position, submit your drawing file on the provided link → 25%. 2- Fill the following tables with the correct answers including the magnitude of each internal reaction force. 75% Show your calculation below and fill your answers in the following table Required Value units L1 Length of the Lower hydraulic cylinder. (in) L2 Length of the Upper hydraulic cylinder. (in) F1 F2 FA lb. lb. lb. lb. FB lb. Fc lb. FD lb. FE lb. FF lb. FG FH lb.

Answer rating: 100% (QA)

To fill the tables with the correct answers including the magnitude of each internal reaction force we need to perform a static analysis on the given ... View the full answer