Parvinbhai For the slider-crank configuration shown, derive the expression for the acceleration aд of the piston (take positive to the right) as afunction of e. The distances | = 11.9 in. and r = 6.0 in. and the constant angular velocity w = 1460 rev/min. Plot aд as a function of for O<0≤ 180°. Once you have the plot, answer the questions.Questions:UAWhen 0 = 51°:aA =ift/sec²When 0 = 89°:ift/sec²When 140°: aд=ift/sec²aд = 0 when 0 =i°

Answered: Image /qna-images/answer/c6e81280-0fc9-4362-a9e1-3bc48c6fa8a6.jpg

Answered: Cons: ■0=51°: aд= i ft/sec² 0=89°: i…

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Cons: ■0=51°: aд= i ft/sec² 0=89°: i ft/sec² 0=140°: A= IN ft/sec² when 0 = °

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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Question

Parvinbhai

For the slider-crank configuration shown, derive the expression for the acceleration aд of the piston (take positive to the right) as a
function of e. The distances | = 11.9 in. and r = 6.0 in. and the constant angular velocity w = 1460 rev/min. Plot aд as a function of for O
<0≤ 180°. Once you have the plot, answer the questions.
Questions:
UA
When 0 = 51°:
aA =
i
ft/sec²
When 0 = 89°:
i
ft/sec²
When 140°: aд=
i
ft/sec²
aд = 0 when 0 =
i
°

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