3. Calculate F, & F2 for measurement #1, and Fi, F2, F3 for measurements #2 & #3. (g=10.0 m / s?). Record all the calculated force values in each corresponding Table. Use graphical (parallelogram) method to determine the resultant force R Draw a vector sum diagram (with ruler, protractor, compass) on a graph sheet using scaling factor of 0.5 N/cm, i.e., 2 cm for 1 N. (Note: graphic sheets are provided at the end of Exp 4 lab manual). . Measure the magnitude R and the orientation angle OR of the resultant force R . Record the magnitudes (R & E) and orientation angles (OR & OF) in the row "Graphic result" of each Table. Use analytical method to determine the resultant force R. Using component method (Fig. 3) compute the magnitude R and the orientation angle Op of the resultant force R . Record the magnitudes (R & E) and orientation angles (OR & OF) in the row "Analytical result" of each Table. outingamadiw molaglogow tonof = m. g. Table 1 Results of Measurement #1: F1 : 200 g at 60.00; F2 : 200 g at 150.0. FI (N) F2 (N) |R| (N) LE ( N) 0 21: 1039 Resultant Balance 12 force force Measured result 1296 225 106 2. 25 286 n Graphical result 1. 96 1.96 287. 5 106 287.5 1286 Analytical result Table 2 Results of Measurement #2: F1 : 200 g at 30.00; F2 : 200 g at 120.00; F3 : 200 g at 180 FI (N) F2 (N) F3 (N) R (N) E (N) g-pkg woot mi beer Resultant Balance force force Measured result :96 1 96 1 196 1284 2.84 296 Graphical result Analytical result 150 * 2/ 50 Table 3 Results of Measurement #3: F1 : 200 g at 30.00; F2 : 150 g at 150.00; F3 : 250 g at 180.0 F1 (N) F2 (N) F3 (N) |R ( N ) OR E (N) Resultant Balance force force Measured result 196 |47 245 276 142 322 Graphical result Analytical result to be done: measurement tools and objects in proper places