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All three meshing gears shown in Figure Q6 have a module ot 5 mm and a 20" pressure anglU. Driving gear 1 transmits 40 kW of power at 2000 rpm to the idler gear 2 located on shaft B. Output gear 3 is mounted on shaft C, which drives a machine. a) Using a free body diagram of gear 2, calculate the tangential and radial forces acting on it. b) What is the reaction force on shaft B.

All three meshing gears shown in Figure Q6 have a module ot 5 mm and a 20" pressure anglU. Driving gear 1 transmits 40 kW of power at 2000 rpm to the idler gear 2 located on shaft B. Output gear 3 is mounted on shaft C, which drives a machine. a) Using a free body diagram of gear 2, calculate the tangential and radial forces acting on it. b) What is the reaction force on shaft B.

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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All three meshing gears shown in Figure Q6 have a module of 5 mm and a 20° pressure angle. Driving gear 1 transmits 40 kW of power at 2000 rpm to the idler gear 2 łocated on shaft B. Output gear 3 is mounted on shaft C, which drives a machine. a) Using a free body diagram of gear 2, calculate the tangential and radial forces acting on it. b) What is the reaction force on shaft B. B Gear 2 (idler) N2 = 40 Gear 3 N3 = 30 -Gear 1 (pinion) N1 = 20 2000 rpm
Transcribed Image Text:All three meshing gears shown in Figure Q6 have a module of 5 mm and a 20° pressure angle. Driving gear 1 transmits 40 kW of power at 2000 rpm to the idler gear 2 łocated on shaft B. Output gear 3 is mounted on shaft C, which drives a machine. a) Using a free body diagram of gear 2, calculate the tangential and radial forces acting on it. b) What is the reaction force on shaft B. B Gear 2 (idler) N2 = 40 Gear 3 N3 = 30 -Gear 1 (pinion) N1 = 20 2000 rpm
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