If, at the instant shown, bar AB has an angular velocity @AB = 5 rad/s CW:a) Using a diagram, illustrate wherethe instantaneous center isBlocated.b) Calculate the linear velocity, VB,of point B and indicate itsdirection.Calculate the distance from theinstantaneous center to point B.d) Calculate the angular velocity,and its sense (CW or CCW) for bar BCe) Calculate the distance from the instantaneous center to point C.f) Calculate the linear velocity of slider block C and indicate its direction.200 mm0 = 45°500 mm30°IC

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Answered: If, at the instant shown, bar AB has an…

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If, at the instant shown, bar AB has an angular velocity @AB = 5 rad/s CW: a) Using a diagram, illustrate where B

Elements Of Electromagnetics

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Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

If, at the instant shown, bar AB has an angular velocity @AB = 5 rad/s CW:
a) Using a diagram, illustrate where
the instantaneous center is
B
located.
b) Calculate the linear velocity, VB,
of point B and indicate its
direction.
Calculate the distance from the
instantaneous center to point B.
d) Calculate the angular velocity,
and its sense (CW or CCW) for bar BC
e) Calculate the distance from the instantaneous center to point C.
f) Calculate the linear velocity of slider block C and indicate its direction.
200 mm
0 = 45°
500 mm
30°
IC

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