Q11. Fig.11 shows the four-bar linkage of a cutting machine where the cutter is placed at point W. (a) Sketch the velocity and acceleration diagrams Determine: (b) (c) (d) (e) The angular velocity of the link TUW The velocity of the point W The angular acceleration of the link TUW The acceleration of point W S 45° T 40 rad/s² 10 rad/s R 30° Fig. 11 RS = 0.6m ST = 0.3m RU = 0.42m TU = 0.75m TW = 1.0m U W

Elements Of Electromagnetics
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Q11. Fig.11 shows the four-bar linkage of a cutting machine where the cutter is placed at
point W.
(a) Sketch the velocity and acceleration diagrams
Determine:
The angular velocity of the link TUW
The velocity of the point W
The angular acceleration of the link TUW
(b)
(c)
(d)
(e) The acceleration of point W
S
45°
□
T
40 rad/s²
10 rad/s
R 30°
Fig. 11
RS = 0.6m
ST = 0.3m
RU = 0.42m
TU = 0.75m
TW = 1.0m
U
W
Transcribed Image Text:Q11. Fig.11 shows the four-bar linkage of a cutting machine where the cutter is placed at point W. (a) Sketch the velocity and acceleration diagrams Determine: The angular velocity of the link TUW The velocity of the point W The angular acceleration of the link TUW (b) (c) (d) (e) The acceleration of point W S 45° □ T 40 rad/s² 10 rad/s R 30° Fig. 11 RS = 0.6m ST = 0.3m RU = 0.42m TU = 0.75m TW = 1.0m U W
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