Answer:
The mechanism change speed, force, torque, direction, or type of movement is described below in detailed explanation.
Explanation:
A train that runs on a gearbox system is a mechanism employed for motion. The movement of the gears is transferred inside the teeth. Three or some extra gears are coordinated to produce a train with a gearbox system. When you want to take your train to the hilly areas, you utilize a gear train that produces more torque (conversion energy) but, reciprocal it for, less speed.
A. A compound gear train is composed of four gears: E,F,G,H. Gear E has 15 teeth and is meshed with gear F. Gear F has 25 teeth and shares a shaft with Gear G, which has 18 teeth. Gear G is meshed with Gear H, the output gear. Power is supplied at gear E with 150 ft.lb of torque and is moving at 2000 rpm.
A. Sketch and annotate the gear train described above.
B. The necessary torque output of the system is 600 ft.lb. What should the gear ratio of the system be?
Formula Sub/solve Final answer(3 SF)
C. With a system torque output of 600 ft.lb, how many teeth should gear H have?
Formula Sub/solve Final answer(3 SF)
Answer:
What subject is this in?? That would help a lot knowing
Explanation: