nergy d) Explain ho changed as she extend configuration. m, = 0.025kg, m2 = 0.03kg and the meter ruler is 0.02kg 09. Sta

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nergy d) Explain ho changed as she extend configuration. m, = 0.025kg, m2 = 0.03kg and the meter ruler is 0.02kg 09. Sta

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Nergy D Explain Ho Changed As She Extend Configuration M 0 025kg M2 0 03kg And The Meter Ruler Is 0 02kg 09 Sta 1
Nergy D Explain Ho Changed As She Extend Configuration M 0 025kg M2 0 03kg And The Meter Ruler Is 0 02kg 09 Sta 1 (48.09 KiB) Viewed 26 times
nergy d) Explain ho changed as she extend configuration. m, = 0.025kg, m2 = 0.03kg and the meter ruler is 0.02kg 09. Static equilibrium (20 points): A meter ruler is in static equilibrium in the following 40 cm - 30 cm 30 cm S m2 mz m a) Draw an extended free body diagram with all the forces along with their point of applications (force locations on the meter ruler) shown. b) Considering point "S" to be the pivot point (origin), find the torque due to the mass of the meter ruler acting at the center of mass. c) Find the unknown mass mz. If we move the pivot point to the center of mass of the ruler will the system be in equilibrium?
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