Finding magnitude and total positive torque?

Experiment 8 Static Equilbrium Don’t forget to include the sign of each torque. Note that, since we we cannot measure Fif, we cannot enter magnitudes for either o their magnitudes, we know that they act at and, therefore, produce zero haven’t measured W and them. BUT, regardless of torque about the fulcrum. (Why?) Force ID Magnitude Position Distance from Torque about Fulcrum fulcrum 0 W-lmo tms) Total positive torque me-63yTotal negative torque ins (13.ey 6. According to Eq. (3), the sum of the entries in the “Torque about fulerum” column should be zero. Check this out by finding the total positive and total negative torque separately as shown above. (This may seem a bit redundant for this part, but it won’t for later parts.) Part C-Balancing the meter stick when supported。がcenter [optional! 7. Determine and record the mass of the meter stick M. 8. Now move the fulcrum clamp to the 30 cm mark on the meter stick and adjust the hanging masses so that the system is once again in equilibrium as shown in Fig. 8. Record the new position of the fulcrum clamp, the new masses Mi and M2, and their positions. Figure 9 shows the forces now acting. Note that Ws is the weight of the meter stick only and that it acts at the center of mass as determined in step 2. Fe is the weight of the fulcrum clamp (which you need not know!) Fig 8:Balancing with an off-center “Real world” view Fig. 9 “Force diagram” for Fig. 8. The suppont five forces on the meter stick