The mechanism shown has lengths

l_(1)=3.90ft

and

l_(2)=0.500ft

. (Figure 1) At the instant shown, block

C

is sliding to the left. The magnitude of the block's velocity is

v_(C)=280f(t)/(s)

, and

\\\\theta =50.0\\\\deg

. For link

BC

, graphically locate its instantaneous center of zero velocity

(IC)

by drawing two vectors: one from the

IC

to point

B

and one from the

IC

to point

C

\ It may be easiest to draw the vectors longer than they need to be initially and then shorten them after the

IC

is located. The Iocation, orientation, and length of the vectors will be graded.

The mechanism shown has lengths l1=3.90ft and l2=0.500ft. (Figure 1) At the instant shown, block C is sliding to the left. The magnitude of the block's velocity is vC=280ft/s, and =50.0. For link BC, graphically locate its instantaneous center of zero velocity (IC ) by drawing two vectors: one from the IC to point B and one from the IC to point C It may be easiest to draw the vectors longer than they need to be initially and then shorten them after the IC is located. The location, orientation, and length of the vectors will be graded