Gear wheel A having 44 teeth is rigidly mounted on the driving shaft & gears with compound wheel C-D. Wheel C has 22 teeth and wheel D has 26 teeth. C gears with A and D gears with internal wheel B. The compound wheel revolves freely on a pin which projects from an arm rigidly mounted on the driven shaft. The internal wheel B is fixed & module of all the gears is same. The driving, driven & internal wheel are co-axial. Driving shaft rotates at 300 rpm & transmits 2.5kW power. Find the speed of the driven shaft. Find the torque transmitted by the driven shaft. Find the holding torque.
Gear wheel A having 44 teeth is rigidly mounted on the driving shaft & gears with compound wheel C-D. Wheel C has 22 teeth and wheel D has 26 teeth. C gears with A and D gears with internal wheel B. The compound wheel revolves freely on a pin which projects from an arm rigidly mounted on the driven shaft. The internal wheel B is fixed & module of all the gears is same. The driving, driven & internal wheel are co-axial. Driving shaft rotates at 300 rpm & transmits 2.5kW power. Find the speed of the driven shaft. Find the torque transmitted by the driven shaft. Find the holding torque.
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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Gear wheel A having 44 teeth is rigidly mounted on the driving shaft & gears with compound wheel C-D. Wheel C has 22 teeth and wheel D has 26 teeth. C gears with A and D gears with internal wheel B. The compound wheel revolves freely on a pin which projects from an arm rigidly mounted on the driven shaft. The internal wheel B is fixed & module of all the gears is same. The driving, driven & internal wheel are co-axial. Driving shaft rotates at 300 rpm & transmits 2.5kW power.
- Find the speed of the driven shaft.
- Find the torque transmitted by the driven shaft.
- Find the holding torque.
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