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In the arrangement of gears shown diagrammatically in Fig. 1, the driving shaft X runs at 1000 rev/min; the compound gears D and F rotate with the driven shaft Z, and can be moved so as to engage with C or F with E. All wheels are to have a module of 6. wheels A and C have equal tooth numbers, and the distance between the lay shaft (Y) axis and the axis of X and Z is fixed at 135 mm. 135mm Fig.1 If shaft Z is to run at 640 rev/min exactly, and 480 rev/min as nearly as possible. determine suitable numbers of teeth for all wheels and the actual lower speed of Z.

In the arrangement of gears shown diagrammatically in Fig. 1, the driving shaft X runs at 1000 rev/min; the compound gears D and F rotate with the driven shaft Z, and can be moved so as to engage with C or F with E. All wheels are to have a module of 6. wheels A and C have equal tooth numbers, and the distance between the lay shaft (Y) axis and the axis of X and Z is fixed at 135 mm. 135mm Fig.1 If shaft Z is to run at 640 rev/min exactly, and 480 rev/min as nearly as possible. determine suitable numbers of teeth for all wheels and the actual lower speed of Z.

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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In the arrangement of gears shown diagrammatically in Fig. 1, the driving shaft X runs at 1000 rev/min; the compound gears D and F rotate with the driven shaft Z, and can be moved so as to engage with C or F with E. All wheels are to have a module of 6. wheels A and C have equal tooth numbers, and the distance between the lay shaft (Y) axis and the axis of X and Z is fixed at 135 mm. 135 mm Fig.1 If shaft Z is to run at 640 rev/min exactly, and 480 rev/min as nearly as possible. determine suitable numbers of teeth for all wheels and the actual lower speed of Z.
Transcribed Image Text:In the arrangement of gears shown diagrammatically in Fig. 1, the driving shaft X runs at 1000 rev/min; the compound gears D and F rotate with the driven shaft Z, and can be moved so as to engage with C or F with E. All wheels are to have a module of 6. wheels A and C have equal tooth numbers, and the distance between the lay shaft (Y) axis and the axis of X and Z is fixed at 135 mm. 135 mm Fig.1 If shaft Z is to run at 640 rev/min exactly, and 480 rev/min as nearly as possible. determine suitable numbers of teeth for all wheels and the actual lower speed of Z.
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