1. Consider the arbitrarily shaped object shown in the figure to the right undergoing a uniform circular motion in the xy plane about a fixed axis that is perpendicular to the xy plane. Point O is located in the xy plane along the axis of rotation and P is a fixed point on the object located at a distance r from the point O. If the magnitude of velocity vector of point P is v = 1.3 m/s, and the radius of its circular path is r= 0.65 m, determine: (a) The angular velocity w of point P (b) The magnitude of acceleration vector a of point P O P 0 P O 7
1. Consider the arbitrarily shaped object shown in the figure to the right undergoing a uniform circular motion in the xy plane about a fixed axis that is perpendicular to the xy plane. Point O is located in the xy plane along the axis of rotation and P is a fixed point on the object located at a distance r from the point O. If the magnitude of velocity vector of point P is v = 1.3 m/s, and the radius of its circular path is r= 0.65 m, determine: (a) The angular velocity w of point P (b) The magnitude of acceleration vector a of point P O P 0 P O 7
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Transcribed Image Text:1.
Consider the arbitrarily shaped object shown
in the figure to the right undergoing a uniform circular
motion in the xy plane about a fixed axis that is
perpendicular to the xy plane. Point O is located in the xy
plane along the axis of rotation and P is a fixed point on
the object located at a distance r from the point O. If the
magnitude of velocity vector of point P is v= 1.3 m/s, and
the radius of its circular path is r = 0.65 m, determine:
(a) The angular velocity w of point P
(b) The magnitude of acceleration vector a of point P
20
P
n
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