1, The disc in the figure is moving in a horizontal plane. The velocity of point B and the radius of the disc are given. The direction of the velocity of point A is also given in the figure.
1, The disc in the figure is moving in a horizontal plane. The velocity of point B and the radius of the disc are given. The direction of the velocity of point A is also given in the figure.
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![1, The disc in the figure is moving in a horizontal plane. The velocity of point B and the
radius of the disc are given. The direction of the velocity of point A is also given in the figure.
Data:
a = 30°, R=0,8[m]
VB
m
Vg = 5
VA
B
S
A
a, Calculate the velocity of point A and the angular velocity of the disc.
b, Calculate the vector which points from point B to the instantaneous centre of zero velocity
of the disc (r BP ).
c, Construct the instantaneous centre of zero velocity of the disc.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a885bcd-24bb-4221-93f9-b36a653b960d%2F147b2eb6-9d81-4a44-87e3-829d17915a16%2Fichpz4t_processed.png&w=3840&q=75)
Transcribed Image Text:1, The disc in the figure is moving in a horizontal plane. The velocity of point B and the
radius of the disc are given. The direction of the velocity of point A is also given in the figure.
Data:
a = 30°, R=0,8[m]
VB
m
Vg = 5
VA
B
S
A
a, Calculate the velocity of point A and the angular velocity of the disc.
b, Calculate the vector which points from point B to the instantaneous centre of zero velocity
of the disc (r BP ).
c, Construct the instantaneous centre of zero velocity of the disc.
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