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or the slider-crank mechanism shown, link (2) rotates with an angular velocity of 1.0 rad/sec CW. ssume the following link lengths: 0,0, = 10.0, O,A = 5.0, AB = BD = 5.0, 0,C = 15.0 cm For a crank angle of 0, = 60%, draw the mechanism in the configuration closest to the one shown Locate all the instant centers ing the instant centers, determine: The angular velocity of link (3) and link (4) The velocity of point C on link (4); show it on the figure and write its magnitude next to it The velocity of point D on link (3); show it on the figure and write its magnitude next to it

or the slider-crank mechanism shown, link (2) rotates with an angular velocity of 1.0 rad/sec CW. ssume the following link lengths: 0,0, = 10.0, O,A = 5.0, AB = BD = 5.0, 0,C = 15.0 cm For a crank angle of 0, = 60%, draw the mechanism in the configuration closest to the one shown Locate all the instant centers ing the instant centers, determine: The angular velocity of link (3) and link (4) The velocity of point C on link (4); show it on the figure and write its magnitude next to it The velocity of point D on link (3); show it on the figure and write its magnitude next to it

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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6-2 For the slider-crank mechanism shown, link (2) rotates with an angular velocity of 1.0 rad/sec CW. Assume the following link lengths: 0,0, = 10.0, O,A = 5.0, AB = BD = 5.0, O,C =15.0 cm a) For a crank angle of 0, = 60Y, draw the mechanism in the configuration closest to the one shown b) Locate all the instant centers Using the instant centers, determine: c) The angular velocity of link (3) and link (4) d) The velocity of point C on link (4); show it on the figure and write its magnitude next to it e) The velocity of point D on link (3); show it on the figure and write its magnitude next to it C 5.0 cm D `B A (4) (2) (Not necessarily drawn to scale or according to the given dimensions)
Transcribed Image Text:6-2 For the slider-crank mechanism shown, link (2) rotates with an angular velocity of 1.0 rad/sec CW. Assume the following link lengths: 0,0, = 10.0, O,A = 5.0, AB = BD = 5.0, O,C =15.0 cm a) For a crank angle of 0, = 60Y, draw the mechanism in the configuration closest to the one shown b) Locate all the instant centers Using the instant centers, determine: c) The angular velocity of link (3) and link (4) d) The velocity of point C on link (4); show it on the figure and write its magnitude next to it e) The velocity of point D on link (3); show it on the figure and write its magnitude next to it C 5.0 cm D `B A (4) (2) (Not necessarily drawn to scale or according to the given dimensions)
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