odule of .05 inch, which rotates at 4000 rpm and has a pitch-line velocity of 15 ft/s. the second of gears (Gears C and D) has a pitch-line velocity of 2.5ft/s and a module of 0.1 inch. Given at the reduction ration between the Gears A and B'is to 12:1, and the reduction Ratio between ears C and D is to be 10:1, Determine the following: The number of teeth on each gear The speed of Gears B.C, and D. The Center distances for Gears A and B and Gears C and D. ote#1: Module is equivalent to Pitch Diameter over Number of Teeth)
odule of .05 inch, which rotates at 4000 rpm and has a pitch-line velocity of 15 ft/s. the second of gears (Gears C and D) has a pitch-line velocity of 2.5ft/s and a module of 0.1 inch. Given at the reduction ration between the Gears A and B'is to 12:1, and the reduction Ratio between ears C and D is to be 10:1, Determine the following: The number of teeth on each gear The speed of Gears B.C, and D. The Center distances for Gears A and B and Gears C and D. ote#1: Module is equivalent to Pitch Diameter over Number of Teeth)
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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Transcribed Image Text:The set of double-reduction gears shown on the figure, is driven by a pinion (Gear A) with a
module of .05 inch, which rotates at 4000 rpm and has a pitch-line velocity of 15 ft/s. the second
set of gears (Gears C and D) has a pitch-line velocity of 2.5ft/s and a module of 0.1 inch. Given
that the reduction ration between the Gears A and B is to 12:1, and the reduction Ratio between
Gears C and D is to be 10:1, Determine the following:
a. The number of teeth on each gear
b. The speed of Gears B,C, and D.
c. The Center distances for Gears A and B and Gears C and D.
(Note#1: Module is equivalent to Pitch Diameter over Number of Teeth)
D
A
B
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