QUESTION 3 Figure Q3 At this instant, disc OA is rotating clockwise with a constant angular velocity woa rad/s as D 1m shown in Figure Q3. Body BCD is rotating about point C with wac rad/s. Given won = 3 rad/s, 60° 0.2 m determine: angular velocity wAB and WBCD C B velocity of point D, vp angular acceleration, aAB and apcD acceleration of point D, ap if the angular velocity, woa is not constant, which parameters will be affected. Explain 1 m without calculation WoA 90 A 0.3 m
QUESTION 3 Figure Q3 At this instant, disc OA is rotating clockwise with a constant angular velocity woa rad/s as D 1m shown in Figure Q3. Body BCD is rotating about point C with wac rad/s. Given won = 3 rad/s, 60° 0.2 m determine: angular velocity wAB and WBCD C B velocity of point D, vp angular acceleration, aAB and apcD acceleration of point D, ap if the angular velocity, woa is not constant, which parameters will be affected. Explain 1 m without calculation WoA 90 A 0.3 m
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Transcribed Image Text:QUESTION 3
Figure Q3
At this instant, disc OA is rotating clockwise
with a constant angular velocity woa rad/s as
shown in Figure Q3. Body BCD is rotating about
point C with wgc rad/s. Given won = 3 rad/s,
1 m
60°
0.2 m
determine:
angular velocity wAB and WBCD
velocity of point D, vp
angular acceleration, aAB and apcD
C
B
acceleration of point D, ap
if the angular velocity, woa is not constant,
1m
which parameters will be affected. Explain
without calculation
WOA
90°
A
0.3 m
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