m/s/s, respectively. Determine the (a) tangential acceleration of the pin (m/s/s and (b) the normal force of slot on pin (N). Note: slot is in a horizontal
m/s/s, respectively. Determine the (a) tangential acceleration of the pin (m/s/s and (b) the normal force of slot on pin (N). Note: slot is in a horizontal
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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Please help with this review question.

Transcribed Image Text:A
Fspr
еееееее
X
Ax
Vx
y=√ R²-(x-R)²
7P
A 14 kg pin slides in a smooth slot having a horizontal
path y = + SQRT ( 64 - (x - 8 )^2). At the instant
shown, the pin's Cartesian x-position, velocity and
acceleration are x = 13 m, vx = 8 m/s and ax = 9
m/s/s, respectively. Determine the (a) tangential
acceleration of the pin (m/s/s and (b) the normal
force of slot on pin (N). Note: slot is in a horizontal
plane and the force of the weight is ignored.
m
14
R
8
X
13
VX
8
xa
9
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