A compound epicyclic gear train. Wheels A, D, and E are free to rotate independently on spindle O, while B and C are compound and rotate together on spindle P, on the end of arm OP. All the teeth on different gears have the same module. A, B, and C have 14 teeth, 32 teeth, and 16 teeth respectively, which are cut externally. a) Find the number of teeth on wheels D and E which are cut internally. b) Determine the magnitude and direction of the angular velocities of arm OP and gear E If wheel A is driven counterclockwise at 2 r.p.m while D is driven clockwise at 6 r.p.m., and the number of teeth of gears E and D, are 78 and 62 respectively. (Must use Tabular method) another method not accepted). Steps nber of teeth Step1 Step2 Arm OP Gear A Gear B Gear C Gear D Gear E DA

A compound epicyclic gear train. Wheels A, D, and E are free to rotate independently on spindle O, while B and C are compound and rotate together on spindle P, on the end of arm OP. All the teeth on different gears have the same module. A, B, and C have 14 teeth, 32 teeth, and 16 teeth respectively, which are cut externally. a) Find the number of teeth on wheels D and E which are cut internally. b) Determine the magnitude and direction of the angular velocities of arm OP and gear E If wheel A is driven counterclockwise at 2 r.p.m while D is driven clockwise at 6 r.p.m., and the number of teeth of gears E and D, are 78 and 62 respectively. (Must use Tabular method) another method not accepted). Steps nber of teeth Step1 Step2 Arm OP Gear A Gear B Gear C Gear D Gear E DA

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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