A meter stick with unknown mass is sušpended by two střings of lêngt forms an equilateral triangle, 30 cm from the center on each side of sti masses, mass 1= 200g, mass 2= 400 g, and a third unknown mass are h positions as shown (mass 1 at 50 cm meter stick position, mass 2 at the mass 3 at the 90 cm position 10 cm from left). The system is in static e the top string is 10N, and the center of gravity of the meter stick of un

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1. Equilibrium Lab Example.
A meter stick with unknown mass is suspended by two strings of length 60 cm each, so that it
forms an equilateral triangle, 30 cm from the center on each side of stick as shown. Three
masses, mass 1= 200g, mass 2= 400 g, and a third unknown mass are hung at 3 different
positions as shown (mass 1 at 50 cm meter stick position, mass 2 at the 20 cm position, and
mass 3 at the 90 cm position 10 cm from left). The system is in static equilibrium, tension, T of
the top string is 10N, and the center of gravity of the meter stick of unknown mass is in the
center.
T1.
T2
oto slomoxs no
mul
50ст
20ст
10ст
30ст
m2
m3
Do the following:
a) Show both torque and free-body diagrams! Attach separate paper, if needed.
b) Find the unknown mass 3 at the 90 cm position (10 cm from the left).
c) Can you find the mass of the meter stick? If so, find!
aton
ov aldw onu nob m
ggs
2
Transcribed Image Text:1. Equilibrium Lab Example. A meter stick with unknown mass is suspended by two strings of length 60 cm each, so that it forms an equilateral triangle, 30 cm from the center on each side of stick as shown. Three masses, mass 1= 200g, mass 2= 400 g, and a third unknown mass are hung at 3 different positions as shown (mass 1 at 50 cm meter stick position, mass 2 at the 20 cm position, and mass 3 at the 90 cm position 10 cm from left). The system is in static equilibrium, tension, T of the top string is 10N, and the center of gravity of the meter stick of unknown mass is in the center. T1. T2 oto slomoxs no mul 50ст 20ст 10ст 30ст m2 m3 Do the following: a) Show both torque and free-body diagrams! Attach separate paper, if needed. b) Find the unknown mass 3 at the 90 cm position (10 cm from the left). c) Can you find the mass of the meter stick? If so, find! aton ov aldw onu nob m ggs 2
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