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20-23. The differential of an automobile allows the two rear wheels to rotate at different speeds when the automobile travels along a curve. For operation, the rear axles are attached to the wheels at one end and have beveled gears A and B on their other ends. The differential case D is placed over the left axle but can rotate about C independent of the axle. The case supports a pinion gear E on a shaft, which meshes with gears A and B. Finally, a ring gear G is fixed to the differential case so that the case rotates with the ring gear when the latter is driven by the drive pinion H. This gear, like the differential case, is free to rotate about the left wheel axle. If the drive pinion is turning at wy = 100 rad/s and the pinion gear E is spinning about its shaft at we = 30 rad/s, determine the angular velocity, wa and Wp, of each axle. %3D From motor 50 mm- WE 40 mm- 180 mm 60 mm To left. To right wheel wheel

20-23. The differential of an automobile allows the two rear wheels to rotate at different speeds when the automobile travels along a curve. For operation, the rear axles are attached to the wheels at one end and have beveled gears A and B on their other ends. The differential case D is placed over the left axle but can rotate about C independent of the axle. The case supports a pinion gear E on a shaft, which meshes with gears A and B. Finally, a ring gear G is fixed to the differential case so that the case rotates with the ring gear when the latter is driven by the drive pinion H. This gear, like the differential case, is free to rotate about the left wheel axle. If the drive pinion is turning at wy = 100 rad/s and the pinion gear E is spinning about its shaft at we = 30 rad/s, determine the angular velocity, wa and Wp, of each axle. %3D From motor 50 mm- WE 40 mm- 180 mm 60 mm To left. To right wheel wheel

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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20-23. The differential of an automobile allows the two rear wheels to rotate at different speeds when the automobile travels along a curve. For operation, the rear axles are attached to the wheels at one end and have beveled gears A and B on their other ends. The differential case D is placed over the left axle but can rotate about C independent of the axle. The case supports a pinion gear E on a shaft, which meshes with gears A and B. Finally, a ring gear G is fixed to the differential case so that the case rotates with the ring gear when the latter is driven by the drive pinion H. This gear, like the differential case, is free to rotate about the left wheel axle. If the drive pinion is turning at wy = 100 rad/s and the pinion gear E is spinning about its shaft at we = 30 rad/s, determine the angular velocity, wa and Wp, of each axle. %3D From motor 50 mm- WE 40 mm- 180 mm 60 mm To left. To right wheel wheel
Transcribed Image Text:20-23. The differential of an automobile allows the two rear wheels to rotate at different speeds when the automobile travels along a curve. For operation, the rear axles are attached to the wheels at one end and have beveled gears A and B on their other ends. The differential case D is placed over the left axle but can rotate about C independent of the axle. The case supports a pinion gear E on a shaft, which meshes with gears A and B. Finally, a ring gear G is fixed to the differential case so that the case rotates with the ring gear when the latter is driven by the drive pinion H. This gear, like the differential case, is free to rotate about the left wheel axle. If the drive pinion is turning at wy = 100 rad/s and the pinion gear E is spinning about its shaft at we = 30 rad/s, determine the angular velocity, wa and Wp, of each axle. %3D From motor 50 mm- WE 40 mm- 180 mm 60 mm To left. To right wheel wheel
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