The stationary wheel loader is lifting the load at B vertically with acceleration a = 10...

 

Transcribed Image Text:

The stationary wheel loader is lifting the load at B vertically with acceleration a = 10 ft/s. (a) Draw the free body and kinetic diagrams of the wheel loader. The center of mass of the wheel loader is at A. (b) If the weight of the load B is 10,000 lb, the weight of the wheel loader is 33,000 lb, / = 118 in., h = 90 in., and d = 27 in., determine the reactions on each of its four wheels if the wheel loader is laterally symmetric. [F = 15326 lb 1, F = 7727 lb 1] ao B The stationary wheel loader is lifting the load at B vertically with acceleration a = 10 ft/s. (a) Draw the free body and kinetic diagrams of the wheel loader. The center of mass of the wheel loader is at A. (b) If the weight of the load B is 10,000 lb, the weight of the wheel loader is 33,000 lb, / = 118 in., h = 90 in., and d = 27 in., determine the reactions on each of its four wheels if the wheel loader is laterally symmetric. [F = 15326 lb 1, F = 7727 lb 1] ao B