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An in-line cam with a roller follower is to raise the follower by 1.5 in with harmonic motion while the cam turns 150°, hold it at rest for 60°, and return it to its original position during the remaining 150° with harmonic motion. The roller is 1.25 in in diameter, and in its lowest position the axis of the roller is 2 in above the axis of the camshaft. Design the profile of this cam. Also, plot the displacement diagram during one revolution of the cam.

An in-line cam with a roller follower is to raise the follower by 1.5 in with harmonic motion while the cam turns 150°, hold it at rest for 60°, and return it to its original position during the remaining 150° with harmonic motion. The roller is 1.25 in in diameter, and in its lowest position the axis of the roller is 2 in above the axis of the camshaft. Design the profile of this cam. Also, plot the displacement diagram during one revolution of the cam.

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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Hello please solve this problem and Please indicate the scale used. Thank you very much

An in-line cam with a roller follower is to raise the follower by 1.5 in with harmonic motion while the cam turns 150°, hold it at rest for 60°, and return it to its original position during the remaining 150° with harmonic motion. The roller is 1.25 in in diameter, and in its lowest position the axis of the roller is 2 in above the axis of the camshaft. Design the profile of this cam. Also, plot the displacement diagram during one revolution of the cam.
Transcribed Image Text:An in-line cam with a roller follower is to raise the follower by 1.5 in with harmonic motion while the cam turns 150°, hold it at rest for 60°, and return it to its original position during the remaining 150° with harmonic motion. The roller is 1.25 in in diameter, and in its lowest position the axis of the roller is 2 in above the axis of the camshaft. Design the profile of this cam. Also, plot the displacement diagram during one revolution of the cam.
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