Complete table and Find the angle of the resultant for each trial by subtracting 180 degree from the angle of the equilibrant. Record the magnitude and the angle of the resultant vector for each trial in Data Table 3.2.2. Use the graphical method and determine the magnitude R and the angle theta of the resultant R for each setup from DataTable 3.1. Record your results in Data Table 3.2.3. Use the component method and compute the magnitude R and the angle theta of the resultant R for each setup from DataTable 3.1. Record your results in Data Table 3.2.4. Repeat steps 1 and 2 for each setup from Data Table 3.3 and record the results in Data Table 3.4.26S. Compare the results for the magnitude and the angle of the resultant vector R obtained by the graphical method with the theoretical result from the component method by computing the percent error. Record your results in Data Table 3.2 and6. Compare the experimental results for the magnitude and the angle of the resultant vector R with the theoretical result from the component method by computing the percent error. Record your results in Data Table 3.2 and 3.4.

Data Table 3.1. Results of measurements for two vectors Vector A Vector B Equilibrant E Trial Hanging Angle Hanging Angle Magnitude, mass. Angle O mass. degree degree 8 degree 120 30 120 60 240 221 2 120 140 90 250 235 140 0 100 90 219 100 60 100 120 Data Table 3.2. Results of calculations for two vectors Theoretical results Resultant vector R with component Resultant vector R Graphical method method for vector R Experimental method Magnitude, Angle Magnitude, Angle % error Magnitude, Angle % CITOr 8 degree degree Magnitude Angle degree Magnitude Angle 49 75 39 Data Table 3.3. Results of measurements for three vectors Vector A Vector B Vector C Equilibramt E Trial Hanging Angle Hanging Angle Hanging Angle Magnitude. Angle &. mass. mass. mass, degree degree degree 100 30 100 60 100 90 280 24 2 20 40 120 90 00 120 290 262 3 120 0 100 30 120 90 270 220 4 100 0 100 60 120 120 Data Table 3.4. Results of calculations for three vectors Theoretical results Resultant vector R Resultant vector R with component Graphical method Experimental method method for vector R Magnitude, Angle Magnitude, Angle % error Magnitude. Angle % error S 8 degree degree magnitude | angle degree magnitude angle GI 52 40