14. I decided to nigles of the forces based on the shadows projected by the strings. Figure 4: Scup 108/ 108 508 25 258 Flat the 3409 mark 208 258 20g 208 Fi at the 95" mark F at the 215 mark PASICOS 130 120 150 Figure 5: Data MeasurementsData A. Use the data shown in Figure 5 to complete the table below. Force m () w(N)=mg FI F2 FI a. Solve for the resultant of F, and Fa using the graphical method (parallelogram or polygon/ head- to-tail method). Assign this as RA. b. Solve for the resultant of F, and Fa using the analytical method (triangle trigonometry using sine and cosine laws or component method). Assign this as RaAnalysis 1. Solve for the percentage difference of the magnitude and direction of RA and Ry. %Difference of R, and R. = RA - Ral x 100% (RA+ Re) Difference of 0, and Of = JA - 051 ( 9 4 + 9 0 ) - * 100% 2. Compare Ra and Re with Fa- 3. Solve for the resultant of the three forces Fi. F, and Fy using any method. What does the resultant imply? What is the significance of the third force F, in the system?. 4. Based on the given data (Figure 5), what are the experimental and theoretical values of the equilibrants Solve for the percent error. Give three (3) possible sources of crmor. % Error = Itheoretical value - experimental valuel x 100% theoretical value5. What is equilibrium? What is an equilibrant? What is the difference between resultant and equilibrant? Conclusion