Compute for the maximum velocity in (mm/s) of the 1sthalf of the return strokeCompute for the maximum velocity in (mm/s) of the 2nd half of the return strokeCompute for the maximum velocity in (mm/s) of the outstrokeCompute for the maximum acceleration of the 1st half in (mm/s^2) of the return strokeCompute for the maximum acceleration of the 2nd half in (mm/s^2) of the return strokeCompute for the maximum acceleration in (mm/s^2) of the outstroke Given the following data:Follower type = roller follower, off-set to the right by 5mm; lift 30mm; base circleradius = 25mm; roller radius = 5mm; out stroke with SHM, for 120° cam rotation; dwellfor 60° cam rotation; return stroke during 120° cam rotation; first half of return strokewith Uniform velocity and second half with UARM; dwell for the remaining period.The cam rotates at 250 rpm.

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Answered: for the maximum velocity in (mm/s) of…

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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Compute for the maximum velocity in (mm/s) of the 1sthalf of the return stroke
Compute for the maximum velocity in (mm/s) of the 2nd half of the return stroke
Compute for the maximum velocity in (mm/s) of the outstroke
Compute for the maximum acceleration of the 1st half in (mm/s^2) of the return stroke
Compute for the maximum acceleration of the 2nd half in (mm/s^2) of the return stroke
Compute for the maximum acceleration in (mm/s^2) of the outstroke

Given the following data:
Follower type = roller follower, off-set to the right by 5mm; lift 30mm; base circle
radius = 25mm; roller radius = 5mm; out stroke with SHM, for 120° cam rotation; dwell
for 60° cam rotation; return stroke during 120° cam rotation; first half of return stroke
with Uniform velocity and second half with UARM; dwell for the remaining period.
The cam rotates at 250 rpm.

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