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ring gear shaft. ring gear + planet gear sun gear carrier shaft (attached to planet gears) sun gear shaft Planetary gears are widely used, especially in car transmission systems. The website given Planetary Gear Simulator (thecatalystis.com) is a good simulator for planetary gears. Test these conditions while choosing sun teeth count and speed, planet gear teeth count and speed and finally, ring gear teeth count and speed as you want. Compare all your solutions from simulator to solution to Wilson equation. Attach the screenshot while showing your solution. Conditions are as follows: a) Sun gear locked, ring gear is the input shaft and carrier is the output shaft. b) Carrier is locked, sun gear is input and ring gear is the output. c) Ring gear is locked, sun gear is the input and carrier is the output d) sun gear and carrier are the input shafts, ring gear is the input. e) for the case d), if the carrier accepts 3 hp and sun gear 2 hp, find the power delivered the mechanical load, and torque applied to the shaft of the output ring gear. Negative rotational speed is taken as counter-clockwise rotation.

ring gear shaft. ring gear + planet gear sun gear carrier shaft (attached to planet gears) sun gear shaft Planetary gears are widely used, especially in car transmission systems. The website given Planetary Gear Simulator (thecatalystis.com) is a good simulator for planetary gears. Test these conditions while choosing sun teeth count and speed, planet gear teeth count and speed and finally, ring gear teeth count and speed as you want. Compare all your solutions from simulator to solution to Wilson equation. Attach the screenshot while showing your solution. Conditions are as follows: a) Sun gear locked, ring gear is the input shaft and carrier is the output shaft. b) Carrier is locked, sun gear is input and ring gear is the output. c) Ring gear is locked, sun gear is the input and carrier is the output d) sun gear and carrier are the input shafts, ring gear is the input. e) for the case d), if the carrier accepts 3 hp and sun gear 2 hp, find the power delivered the mechanical load, and torque applied to the shaft of the output ring gear. Negative rotational speed is taken as counter-clockwise rotation.

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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ring gear shaft. ring gear + planet gear sun gear carrier shaft (attached to planet gears) sun gear shaft Planetary gears are widely used, especially in car transmission systems. The website given Planetary Gear Simulator (thecatalystis.com) is a good simulator for planetary gears. Test these conditions while choosing sun teeth count and speed, planet gear teeth count and speed and finally, ring gear teeth count and speed as you want. Compare all your solutions from simulator to solution to Wilson equation. Attach the screenshot while showing your solution. Conditions are as follows: a) Sun gear locked, ring gear is the input shaft and carrier is the output shaft. b) Carrier is locked, sun gear is input and ring gear is the output. c) Ring gear is locked, sun gear is the input and carrier is the output d) sun gear and carrier are the input shafts, ring gear is the input. e) for the case d), if the carrier accepts 3 hp and sun gear 2 hp, find the power delivered the mechanical load, and torque applied to the shaft of the output ring gear. Negative rotational speed is taken as counter-clockwise rotation.
Transcribed Image Text:ring gear shaft. ring gear + planet gear sun gear carrier shaft (attached to planet gears) sun gear shaft Planetary gears are widely used, especially in car transmission systems. The website given Planetary Gear Simulator (thecatalystis.com) is a good simulator for planetary gears. Test these conditions while choosing sun teeth count and speed, planet gear teeth count and speed and finally, ring gear teeth count and speed as you want. Compare all your solutions from simulator to solution to Wilson equation. Attach the screenshot while showing your solution. Conditions are as follows: a) Sun gear locked, ring gear is the input shaft and carrier is the output shaft. b) Carrier is locked, sun gear is input and ring gear is the output. c) Ring gear is locked, sun gear is the input and carrier is the output d) sun gear and carrier are the input shafts, ring gear is the input. e) for the case d), if the carrier accepts 3 hp and sun gear 2 hp, find the power delivered the mechanical load, and torque applied to the shaft of the output ring gear. Negative rotational speed is taken as counter-clockwise rotation.
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