O₁ and O₂ are the fixed link in the mechanism which is 3.25" away from each other in a vertical orientation (O, at the top). At the end of the 1.125" crank (O₂A) is a slider that is pin connected at A and sliding at 7" link O₂B. Link O₂B is pinned-connected to link BC, 3" long and BC is pinned-connected to another slider at point C and translating in a horizontal direction. From the given problem, determine the instantaneous speed (ft/s) of the slider connected at point C when the position of the crank is a. 0⁰ b. 180° Note: The distance of the slider C axis from O₂ is 7"
O₁ and O₂ are the fixed link in the mechanism which is 3.25" away from each other in a vertical orientation (O, at the top). At the end of the 1.125" crank (O₂A) is a slider that is pin connected at A and sliding at 7" link O₂B. Link O₂B is pinned-connected to link BC, 3" long and BC is pinned-connected to another slider at point C and translating in a horizontal direction. From the given problem, determine the instantaneous speed (ft/s) of the slider connected at point C when the position of the crank is a. 0⁰ b. 180° Note: The distance of the slider C axis from O₂ is 7"
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:• O₂ and O₂ are the fixed link in the mechanism which is 3.25" away
from each other in a vertical orientation (O₁ at the top). At the end of
the 1.125" crank (O₁A) is a slider that is pin connected at A and sliding
at 7" link O₂B. Link O₂B is pinned-connected to link BC, 3" long and BC
is pinned-connected to another slider at point C and translating in a
horizontal direction. From the given problem, determine the
instantaneous speed (ft/s) of the slider connected at point C when
the position of the crank is
a. 0⁰
b. 180⁰
Note: The distance of the slider C axis from O₂ is 7"
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