Question

For the mechanism in Figure: (a) Calculate its mechanical advantage for the position shown. (b) Calculate and plot its mechanical advantage as a function of the angle of link AC as it rotates from 15 to 60°. Figure $F_{in}$ C AB = 105 AC = 304.6 BD = 172 All lengths in mm Y 45° 156.2 2 D 3 60.64° X E 57 4 62.9 119.9 F 42 243 165 $F_{comp}$ B 148.4 A 15.64° 27

          For the mechanism in Figure:
(a) Calculate its mechanical advantage for the position shown.
(b) Calculate and plot its mechanical advantage as a function of the angle of link AC as it rotates
from 15 to 60°.
Figure
$F_{in}$
C
AB = 105
AC = 304.6
BD = 172
All lengths in mm
Y
45°
156.2
2
D
3
60.64°
X
E
57
4
62.9
119.9
F
42
243
165
$F_{comp}$
B
148.4
A
15.64°
27

For the mechanism in Figure:
(a) Calculate its mechanical advantage for the position shown.
(b) Calculate and plot its mechanical advantage as a function of the angle of link AC as it rotates
from 15 to 60°.
Figure
Fin
C
AB = 105
AC = 304.6
BD = 172
All lengths in mm
Y
45°
156.2
2
D
3
60.64°
X
E
57
4
62.9
119.9
F
42
243
165
Fcomp
B
148.4
A
15.64°
27

Added by Dalton O.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Ajay Singhal

Step 1

To calculate the mechanical advantage, we need to find the ratio of the output force to the input force. In this case, the input force is the force applied at point A and the output force is the force exerted at point C. From the figure, we can see that the force Show more…

Show all steps

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Problem 3.64 For the mechanism in Figure: (a) Calculate its mechanical advantage for the position shown. (b) Calculate and plot its mechanical advantage as a function of the angle of link AC as it rotates from 15Â° to 60Â°. Figure: X !E 57Â° 119.9Â° 62.9Â° 60.64Â° F 42Â° 243Â° 156.2Â° 2Â° AB = 105 mm AC = 304.6 mm BD = 172 mm D 165Â° - Fcomp B All lengths in mm 148.4Â° 15.64a