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Given a fourbar linkage with the link lengths L1-d-9.5 in, L2 -a- 3.5 in, L3 -b-10.5 in, L4-c-7.5 In. Fo rad/sec (ccw). Find the magnitude of acceleration Ag in in/s in the x-direction only (An) to 2 decimal places fo linkage, if az - 9 rad/s, 0, -27.82° and 0, - 70.17°. This is a general diagram for a fourbar linkage. Not to scale.

Given a fourbar linkage with the link lengths L1-d-9.5 in, L2 -a- 3.5 in, L3 -b-10.5 in, L4-c-7.5 In. Fo rad/sec (ccw). Find the magnitude of acceleration Ag in in/s in the x-direction only (An) to 2 decimal places fo linkage, if az - 9 rad/s, 0, -27.82° and 0, - 70.17°. This is a general diagram for a fourbar linkage. Not to scale.

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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Given a fourbar linkage with the link lengths L1-d-9.5 in, L2 - a- 3.5 in, L3 -b-10.5 in, L4 -c- 7.5 in. For 0- 38° and an - 48 rad/sec (ccw). Find the magnitude of acceleration Ag in in/s in the x-direction only (As.) to 2 decimal places for the open circuit of the linkage, if az = 9 rad/s, 0, -27.82° and 0, - 70.17°. This is a general diagram for a fourbar linkage. Not to scale. Open Crossed
Transcribed Image Text:Given a fourbar linkage with the link lengths L1-d-9.5 in, L2 - a- 3.5 in, L3 -b-10.5 in, L4 -c- 7.5 in. For 0- 38° and an - 48 rad/sec (ccw). Find the magnitude of acceleration Ag in in/s in the x-direction only (As.) to 2 decimal places for the open circuit of the linkage, if az = 9 rad/s, 0, -27.82° and 0, - 70.17°. This is a general diagram for a fourbar linkage. Not to scale. Open Crossed
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