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Pb 1) A disc cam mechanism is to provide the motion given below. There is a translating roller follower with zero offset. The cam rotates CW. (a) Plot the displacement diagram, (b) Graphically construct the cam profile (base circle diameter = 8 cm; roller diameter = 1 cm) Initial Angle for Interval Final Angle for Interval Type of Rise (+) or Return (-) 1 (degrees) 0 2 90 3 240 (degrees) Motion (cm) 90 Cycloidal 3 240 Dwell 0 360 Uniform -3

Pb 1) A disc cam mechanism is to provide the motion given below. There is a translating roller follower with zero offset. The cam rotates CW. (a) Plot the displacement diagram, (b) Graphically construct the cam profile (base circle diameter = 8 cm; roller diameter = 1 cm) Initial Angle for Interval Final Angle for Interval Type of Rise (+) or Return (-) 1 (degrees) 0 2 90 3 240 (degrees) Motion (cm) 90 Cycloidal 3 240 Dwell 0 360 Uniform -3

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
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Pb 1) A disc cam mechanism is to provide the motion given below. There is a translating roller follower with zero offset. The cam rotates CW. (a) Plot the displacement diagram, (b) Graphically construct the cam profile (base circle diameter = 8 cm; roller diameter = 1 cm) Initial Angle for Interval Final Angle for Interval Type of Rise (+) or Return (-) 1 (degrees) 0 2 90 3 240 (degrees) Motion (cm) 90 Cycloidal 3 240 Dwell 0 360 Uniform -3
Transcribed Image Text:Pb 1) A disc cam mechanism is to provide the motion given below. There is a translating roller follower with zero offset. The cam rotates CW. (a) Plot the displacement diagram, (b) Graphically construct the cam profile (base circle diameter = 8 cm; roller diameter = 1 cm) Initial Angle for Interval Final Angle for Interval Type of Rise (+) or Return (-) 1 (degrees) 0 2 90 3 240 (degrees) Motion (cm) 90 Cycloidal 3 240 Dwell 0 360 Uniform -3
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