Hand written solution required

Advanced Physics Proper LAB'Attire Includes Goggles Now we include angles! Be careful on the sin or cos for these. Here is the data for Part 3. Mass of meter stick: 70.58 g Position of center of mass of meter stick: 50.20 cm Angle of meter stick above horizontal: 290 Position of the pivot: 0 cm Mass of upper hanger w/ loop: Mass of lower hanger w/ loop: 20.90 g 20.74 g total position of force probe position of string trial mass applied that mass measurement attachment 1 20.74 g + 100 g 40.00 cm 1.965 N 94.50 cm 2 20.74 g + 100 g 72.00 cm 2.707 N 94.50 cm 3 20.74 g + 200 g 72.00 cm 4.065 N 94.50 cm 4 20.74 g + 200 g 49.90 cm 3.195 N 94.50 cm 5 20.74 g + 500 g 49.90 cm 6.046 N 94.50 cm Data Analysis and Calculations 1. For Part One, prove that your meter stick was in rotational equilibrium. Show that the left- side torque for each trial was equal to the right-side torque, to within some acceptable error. Left-side torque Right-side torque Difference Trial 1 Trial 2 Trial 3 2. For Part Two, prove that your meter stick was in rotational equilibrium. Show that the total short-side torque for each trial was equal to the total long-side torque, to within some acceptable error. Short-side torque Long-side torque Difference Trial 1 Trial 2 Trial 3