The guide with the vertical slot is given a horizontal oscillatory motion according to x = 5.1 sin 3.4t, where x is in inches and t is in seconds. The oscillation causes the pin P to move in the fixed parabolic slot whose shape is given by y = x2/8, with y also in inches. Plot the magnitude v of the velocity of the pin as a function of time during the interval required for pin P to go from the center to the extremity x = 5.1 in. Find and locate the maximum value of v and verify your results analytically.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Lesson: RECTANGULAR COORDINATE

 

Direction: Do not cut the decimal places while solving and in final answer.

The guide with the vertical slot is given a
horizontal oscillatory motion according to x =
5.1 sin 3.4t, where x is in inches and t is in
seconds. The oscillation causes the pin P to
move in the fixed parabolic slot whose shape is
given by y = x2/8, with y also in inches. Plot the
magnitude v of the velocity of the pin as a
function of time during the interval required
for pin P to go from the center to the extremity
x = 5.1 in. Find and locate the maximum value
of v and verify your results analytically.
a
Answer: Vmax=+
sec and x = 1
in./sec at t =
in.
Transcribed Image Text:The guide with the vertical slot is given a horizontal oscillatory motion according to x = 5.1 sin 3.4t, where x is in inches and t is in seconds. The oscillation causes the pin P to move in the fixed parabolic slot whose shape is given by y = x2/8, with y also in inches. Plot the magnitude v of the velocity of the pin as a function of time during the interval required for pin P to go from the center to the extremity x = 5.1 in. Find and locate the maximum value of v and verify your results analytically. a Answer: Vmax=+ sec and x = 1 in./sec at t = in.
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