\fPart 1: After you have constructed the lab, you will go through a few trials of nding the equilibrium position of the ruler. The goal is for you to use trial and error to find the equilibrium distance that is left blank for each of the 5 trials. Then calculate the torque on the left side of the ruler (counterclockwise, positive) and see if it is equal in magnitude and opposite in sign to the torque on the right side of the ruler (clockwise, negative) Part 2' Now that you have tried 5 different scenarios, nd 2 completely new scenarios where you decide where the rst two masses go, calculator where the third mass goes and test to see if you were right. Make sure to include pictures of your 2 original scenarios. Quick refresher on calculating torque 1:=er (1) When we see the cross product we know that we have to use the sine of the angle between the moment art (the ruler in this cass) and the direction we are applying the force (the force the paper is applying on the ruler) 1==||r||*||F||*Sin9 (2) In this case we know that the force applied from the paper is perpendicular to the ruler, which means they are at a 90 degree angle. and the sine of 90 degrees equals 1. After you calculate the torques please calculate the percent difference between the counterclockwise torque and the clockwise torque to include in the analysis of your report