20.8 19.2 Tan (1982)=22.8 D 3. Find the angular velocity of BD and DE at the instant shown given that the constant angular velocity of bar AB is 19 rad/s clockwise. Use the Relative Velocities Method 8 Fundamental Principle Used: RV 2D kinemate other obj 15.2 in. E A B 4 in. Name: 8 in. 4 in. WAB given 19 rad Find шво сть шве ( 0 VB = VA + VAB.WA гав = 0 7 8in. 19°

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3. Find the angular velocity of

B D

and

D E

at the instant shown given that the constant angular velocity of bar

A B

is

19 rad / s

clockwise. Use the Relative Velocities Method Fundamental Principle Used:

RV 20

Kine mese othen obj

given 19 \frac{r _{ha}}{s} Find w_{B D} and w_{D E} (1) V_{B} = V_{A} + r_{A B} \cdot w^{2} = 0 + 8 in \cdot 19 r

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