A spur gear train is made up of a set of gears as indicated in the sketch usinga gear configuration with a module of 12 and a contact angle of 20°. Calculate the: a. output speed and direction of rotation for Gear F, b. torque available on the output shaft if the input shaft is provided with 20kW at 1750 rpm, C. distance between the input and the output shafts, and d. forces acting on the shaft of Gear D. 50T) D (40T) A (30T) F (36T) C (20T) E (18T)

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A spur gear train is made up of a set of gears as indicated in the sketch using a gear configuration with a module
of 12 and a contact angle of 20°. Calculate the:
a. output speed and direction of rotation for Gear F,
b. torque available on the output shaft if the input shaft is provided with 20kW at 1750 rpm,
C. distance between the input and the output shafts, and
d. forces acting on the shaft of Gear D.
B (50T)
D (40T)
A (30T)
F (36T)
C (20T)
E (18T)
Transcribed Image Text:A spur gear train is made up of a set of gears as indicated in the sketch using a gear configuration with a module of 12 and a contact angle of 20°. Calculate the: a. output speed and direction of rotation for Gear F, b. torque available on the output shaft if the input shaft is provided with 20kW at 1750 rpm, C. distance between the input and the output shafts, and d. forces acting on the shaft of Gear D. B (50T) D (40T) A (30T) F (36T) C (20T) E (18T)
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