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12 0₂ A.) 10 B.) 14 C.) 17 A 031 XB 13 Determine the angle 83 and position x for BOTH configurations of a slider-crank mechanism with these dimensions: • r₂=8.00 in • r3=19.00 in B • e-3.00 in 0₂-52.0 degrees Crank slider above, what is the possible solution to 03 valve in degrees. D.)21

12 0₂ A.) 10 B.) 14 C.) 17 A 031 XB 13 Determine the angle 83 and position x for BOTH configurations of a slider-crank mechanism with these dimensions: • r₂=8.00 in • r3=19.00 in B • e-3.00 in 0₂-52.0 degrees Crank slider above, what is the possible solution to 03 valve in degrees. D.)21

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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12 0₂ A.) 10 B.) 14 C.) 17 A 031 XB 13 Determine the angle 83 and position x for BOTH configurations of a slider-crank mechanism with these dimensions: • r₂=8.00 in • r3=19.00 in B • e-3.00 in 0₂-52.0 degrees Crank slider above, what is the possible solution to 03 valve in degrees. D.)21
Transcribed Image Text:12 0₂ A.) 10 B.) 14 C.) 17 A 031 XB 13 Determine the angle 83 and position x for BOTH configurations of a slider-crank mechanism with these dimensions: • r₂=8.00 in • r3=19.00 in B • e-3.00 in 0₂-52.0 degrees Crank slider above, what is the possible solution to 03 valve in degrees. D.)21
Expert Solution
Step 1

Given:

→r2=8 inch→r3=19 inch→e=3 inch→θ2=52 degree

Because from the figure:

→r2sinθ2=r3sinθ3+e→sinθ3=r2sinθ2-er3

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