4-3. The motion of the rigid body m is such that the point A moves in a circular path of 1-in. radius about a fixed axis C located at the left of A. The absolute linear velocity of A, represented by the vector Aa₁, is 1.5 ips. The linear velocity of A is decreasing at the rate of 1 in./sec². B has constrained motion along the line XX. Draw the velocity polygon to a scale of K = 1 ips and the acceleration polygon to a scale of K₁=1 in./sec². Determine the absolute linear velocity of B, the absolute linear accelerations of A and B, and the absolute angular velocity and acceleration of m.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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60°-
401
45°
PROB. 4-3.
B
m
X
4-3. The motion of the rigid body m is such that the point A moves in a
circular path of 1-in. radius about a fixed axis C located at the left of A. The
absolute linear velocity of A, represented by the vector Aa₁, is 1.5 ips. The
linear velocity of A is decreasing at the rate of 1 in./sec². B has constrained
motion along the line XX. Draw the velocity polygon to a scale of K₂ = 1 ips
= 1 in./sec2. Determine the
and the acceleration polygon to a scale of Ka
absolute linear velocity of B, the absolute linear accelerations of A and B, and
the absolute angular velocity and acceleration of m.
1 of 3 ad /sec
Transcribed Image Text:60°- 401 45° PROB. 4-3. B m X 4-3. The motion of the rigid body m is such that the point A moves in a circular path of 1-in. radius about a fixed axis C located at the left of A. The absolute linear velocity of A, represented by the vector Aa₁, is 1.5 ips. The linear velocity of A is decreasing at the rate of 1 in./sec². B has constrained motion along the line XX. Draw the velocity polygon to a scale of K₂ = 1 ips = 1 in./sec2. Determine the and the acceleration polygon to a scale of Ka absolute linear velocity of B, the absolute linear accelerations of A and B, and the absolute angular velocity and acceleration of m. 1 of 3 ad /sec
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