2. A particle travels in circular path with a constant velocity of 2 m/s. The radius of circular path is 4 m. Determine the followings values a) the angular velocity b) the velocity and the acceleration vectors in n-t coordinates c) the velocity and the acceleration vectors in polar coordinates (r-0) d) the velocity and the acceleration vectors in rectangular coordinates (x,y) e) the magnitude of velocity and acceleration vectors for all coordinate systems, compare the results. B. R=4m X
2. A particle travels in circular path with a constant velocity of 2 m/s. The radius of circular path is 4 m. Determine the followings values a) the angular velocity b) the velocity and the acceleration vectors in n-t coordinates c) the velocity and the acceleration vectors in polar coordinates (r-0) d) the velocity and the acceleration vectors in rectangular coordinates (x,y) e) the magnitude of velocity and acceleration vectors for all coordinate systems, compare the results. B. R=4m X
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Transcribed Image Text:2. A particle travels in circular path with a constant velocity of 2 m/s. The radius of
circular path is 4 m. Determine the followings values
a) the angular velocity
b) the velocity and the acceleration vectors in n-t coordinates
c) the velocity and the acceleration vectors in polar coordinates (r-0)
d) the velocity and the acceleration vectors in rectangular coordinates (x,y)
e) the magnitude of velocity and acceleration vectors for all coordinate systems,
compare the results.
y
R = 4 m
O
X
1
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