Particle P moves along the curved path shown. At the instant represented, r-3.9 m, 0-34%, and the velocity v makes an angle B-52° with the horizontal x-axis and has a magnitude of 4.4 m/s. If the y-and r-components of the acceleration of Pare 3.15 m/s² and -2.09 m/s2, respectively, at this position, determine the corresponding radius of curvature p of the path and the x-component of the acceleration of the particle. Solve graphically or analytically. AU

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Particle P moves along the curved path shown. At the instant represented, r-3.9 m, 0-34%, and the velocity v makes an angle B-52°
with the horizontal x-axis and has a magnitude of 4.4 m/s. If the y- and r-components of the acceleration of Pare 3.15 m/s² and -2.09
m/s², respectively, at this position, determine the corresponding radius of curvature p of the path and the x-component of the
acceleration of the particle. Solve graphically or analytically.
Answers:
P-
ax
1400
2.695
-4,646
p
m
m/s2
Transcribed Image Text:Particle P moves along the curved path shown. At the instant represented, r-3.9 m, 0-34%, and the velocity v makes an angle B-52° with the horizontal x-axis and has a magnitude of 4.4 m/s. If the y- and r-components of the acceleration of Pare 3.15 m/s² and -2.09 m/s², respectively, at this position, determine the corresponding radius of curvature p of the path and the x-component of the acceleration of the particle. Solve graphically or analytically. Answers: P- ax 1400 2.695 -4,646 p m m/s2
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