The following data relate to a circular cam operating a flat-faced follower :Least diameter = 40 mm, Lift = 12 mm, Angle of action = 160°, Speed = 500 rpm. If the period of acceleration of the follower is 60° of the retardation during the lift, determine the main dimensions of the cam, the acceleration at main points. What is the maximum acceleration and deceleration during the lift? b)The following data relate to a circular cam operating a flat-faced follower :Least diameter = 40 mm, Lift = 12 mm, Angle of action = 160°, Speed = 500 rpm. Ifthe period of acceleration of the follower is 60° of the retardation during the lift,determine the main dimensions of the cam, the acceleration at main points. Whatis the maximum acceleration and deceleration during the lift?

angular rotational velocity , w = 2*pi*N/60 N = rpm w = 52.3598 rad/s

Answered: is the maximum acceleration and…

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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The following data relate to a circular cam operating a flat-faced follower :
Least diameter = 40 mm, Lift = 12 mm, Angle of action = 160°, Speed = 500 rpm. If
the period of acceleration of the follower is 60° of the retardation during the lift,
determine the main dimensions of the cam, the acceleration at main points. What
is the maximum acceleration and deceleration during the lift?

b)The following data relate to a circular cam operating a flat-faced follower :
Least diameter = 40 mm, Lift = 12 mm, Angle of action = 160°, Speed = 500 rpm. If
the period of acceleration of the follower is 60° of the retardation during the lift,
determine the main dimensions of the cam, the acceleration at main points. What
is the maximum acceleration and deceleration during the lift?

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