The motion of a particle is given in spherical coordinates by the equations: 8 = 2 +cos (3wt)| and Ø = wt where c and w are constant. a) Determine the expression of the velocity v(t) b) Deduce the speed as a function of time. c) Find the expression of the acceleration a(t)
The motion of a particle is given in spherical coordinates by the equations: 8 = 2 +cos (3wt)| and Ø = wt where c and w are constant. a) Determine the expression of the velocity v(t) b) Deduce the speed as a function of time. c) Find the expression of the acceleration a(t)
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physucs mechabics
![The motion of a particle is given in spherical coordinates by the equations:
r=c 0 = 2+ cos (3wt)]| and Ø = wt
where c and w are constant.
a) Determine the expression of the velocity v(t)
b) Deduce the speed as a function of time.
c) Find the expression of the acceleration a(t)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa420346e-ed54-46ce-901c-b788330062a2%2Ffc652c24-e39d-47b6-b0ce-40f47ea74b90%2Fu8z7ow_processed.png&w=3840&q=75)
Transcribed Image Text:The motion of a particle is given in spherical coordinates by the equations:
r=c 0 = 2+ cos (3wt)]| and Ø = wt
where c and w are constant.
a) Determine the expression of the velocity v(t)
b) Deduce the speed as a function of time.
c) Find the expression of the acceleration a(t)
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