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A slider-crank mechanism is required to do the following crank angle-slider position combinations.   Crank Angle (Q) Slider Position(S) Position 1  0° 12 cm Position 2  90° 10 cm  Position 3 120° 8 cm  Once the mechanism is completed, ie r, L, e are found. Draw the mechanism at 0°,90° and 120° crank angles and measure x coordinate of slider, which is 5 , and check if the measured values are 12 cm, 10 cm , 8 cm. (Hint:Square root operation makes this problem difficult.You have to get rid of the square root sign. this we can do by leaving the square root term alone on one side of the equation and then squarring both sides

A slider-crank mechanism is required to do the following crank angle-slider position combinations.   Crank Angle (Q) Slider Position(S) Position 1  0° 12 cm Position 2  90° 10 cm  Position 3 120° 8 cm  Once the mechanism is completed, ie r, L, e are found. Draw the mechanism at 0°,90° and 120° crank angles and measure x coordinate of slider, which is 5 , and check if the measured values are 12 cm, 10 cm , 8 cm. (Hint:Square root operation makes this problem difficult.You have to get rid of the square root sign. this we can do by leaving the square root term alone on one side of the equation and then squarring both sides

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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A slider-crank mechanism is required to do the following crank angle-slider position combinations.

 

Crank Angle (Q)

Slider Position(S)

Position 1 

0°

12 cm

Position 2 

90°

10 cm 

Position 3

120°

8 cm 

Once the mechanism is completed, ie r, L, e are found. Draw the mechanism at 0°,90° and 120° crank angles and measure x coordinate of slider, which is 5 , and check if the measured values are 12 cm, 10 cm , 8 cm.

(Hint:Square root operation makes this problem difficult.You have to get rid of the square root sign. this we can do by leaving the square root term alone on one side of the equation and then squarring both sides.   

w 2 d Sec 02.0 9s. 102. sec
Transcribed Image Text:w 2 d Sec 02.0 9s. 102. sec
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