The sixbar mechanism shown in figure belo is analyzed as two non-offset slider-crank linkages with link 2 (02A) serving as common input for both linkages; the first linkage is formed by links 2, 5 and slider 6 and the second linkage is formed by links 2,
The sixbar mechanism shown in figure belo is analyzed as two non-offset slider-crank linkages with link 2 (02A) serving as common input for both linkages; the first linkage is formed by links 2, 5 and slider 6 and the second linkage is formed by links 2,
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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
Transcribed Image Text:The sixbar mechanism shown in figure below
is analyzed as two non-offset slider-crank
linkages with link 2 (02A) serving as
common input for both linkages; the first
linkage is formed by links 2, 5 and slider 6
and the second linkage is formed by links 2,
3 and slider 4. At the position shown the
angle e is = 30°. The links lengths are : link 2
= 30 cm, link 3 = 100 cm and link 5 = 80
cm.
We need to find the positions of sliders 4 and
6 and angles of couplers 3 and 5.
AY
4
3
2 A
5
B 6 X
02
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