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Q6 (a) The set of double reduction gears shown in Figure Q6 (a) is driven by a pinion (Gear A) with module of 1.5 mm, which rotates at 3600 rpm. The second set of gear (gear C and D) has a module of 2.5 mm. Given the number of teeth for each gear as follows: N₁ = 16, NB = 192, Nc= 20 and ND = 200. (1) (ii) (iii) Find the overall reduction ratio for the gear system. Determine the velocity of gear D as gear A drives at 3600 rpm clockwise. Determine the center distance between gear A and D.

Q6 (a) The set of double reduction gears shown in Figure Q6 (a) is driven by a pinion (Gear A) with module of 1.5 mm, which rotates at 3600 rpm. The second set of gear (gear C and D) has a module of 2.5 mm. Given the number of teeth for each gear as follows: N₁ = 16, NB = 192, Nc= 20 and ND = 200. (1) (ii) (iii) Find the overall reduction ratio for the gear system. Determine the velocity of gear D as gear A drives at 3600 rpm clockwise. Determine the center distance between gear A and D.

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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A с Figure Q6 (a) B D
Transcribed Image Text:A с Figure Q6 (a) B D
Q6 (a) The set of double reduction gears shown in Figure Q6 (a) is driven by a pinion (Gear A) with module of 1.5 mm, which rotates at 3600 rpm. The second set of gear (gear C and D) has a module of 2.5 mm. Given the number of teeth for each gear as follows: N₁ = 16, NB = 192, Nc= 20 and N₂ = 200. Find the overall reduction ratio for the gear system. Determine the velocity of gear D as gear A drives at 3600 rpm clockwise. (iii) Determine the center distance between gear A and D. (1) (ii)
Transcribed Image Text:Q6 (a) The set of double reduction gears shown in Figure Q6 (a) is driven by a pinion (Gear A) with module of 1.5 mm, which rotates at 3600 rpm. The second set of gear (gear C and D) has a module of 2.5 mm. Given the number of teeth for each gear as follows: N₁ = 16, NB = 192, Nc= 20 and N₂ = 200. Find the overall reduction ratio for the gear system. Determine the velocity of gear D as gear A drives at 3600 rpm clockwise. (iii) Determine the center distance between gear A and D. (1) (ii)
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