51 Experiment 6: Force Table 2. A hospital traction device pulls on a foot, as shown in the figure below. The tensions T and T, shown in the figure pull on the pulley attached to the foot. In addition, the rod exerts a reaction force F on this pulley, as shown in the figure. Calculate F, and F, the У x and y components of this reaction force, if the entire system shown in the figure is in equilibrium. Assume that the mass of the string is negligibly small so that the tension is the same everywhere in the string. Show all of your work! lon) Tay T,x 60° 30° :Tig T3= Fg= Maz mg - ma= 5 kg 6.9.81=49.05 F = N. F. y 1L

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Chapter1: Units, Trigonometry. And Vectors
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It's asking Fx and Fy in reference to the foot being held by Ft

51
Experiment 6: Force Table
2. A hospital traction device pulls on a foot, as shown in the figure below. The tensions T
and T, shown in the figure pull on the pulley attached to the foot. In addition, the rod
exerts a reaction force F on this pulley, as shown in the figure. Calculate F, and F, the
У
x and y components of this reaction force, if the entire system shown in the figure is in
equilibrium. Assume that the mass of the string is negligibly small so that the tension is
the same everywhere in the string. Show all of your work!
lon)
Tay
T,x
60°
30°
:Tig
T3=
Fg= Maz mg
- ma=
5 kg
6.9.81=49.05
F =
N.
F.
y
1L
Transcribed Image Text:51 Experiment 6: Force Table 2. A hospital traction device pulls on a foot, as shown in the figure below. The tensions T and T, shown in the figure pull on the pulley attached to the foot. In addition, the rod exerts a reaction force F on this pulley, as shown in the figure. Calculate F, and F, the У x and y components of this reaction force, if the entire system shown in the figure is in equilibrium. Assume that the mass of the string is negligibly small so that the tension is the same everywhere in the string. Show all of your work! lon) Tay T,x 60° 30° :Tig T3= Fg= Maz mg - ma= 5 kg 6.9.81=49.05 F = N. F. y 1L
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