Please answer the following:

Physics Lab - Vectors and Equilibrium Objective: To verify that when forces A, B, and C produce an equilibrium, the resultant of forces A and B is equal and opposite to force C Equipment: A force board consisting of 3 scales and a protractor Procedure: 1) Record the values of force scales, A, B, and C. 2) Record the angle between A and B. 3) Record the angle between Band C. Use the scale 1 cm= 0.5 N, and draw vectors A and B at the angle measured in step 2. 5) Graphically add forces A and B using the parallelogram method of vector addition. 6) Measure the resultant of A and B. Repent with B and c 7) Draw in vector C. Is Repeat with C and A. 8) Compare the magnitude of the resultant of A and B with the magnitude of vector C. 9) Change the orientation of the scales on your force board and pass it to the next person in your group. Results: Magnitude of Force Vector A: Magnitude of Force Vector B: Magnitude of Force Vector C: Angle between Force Vectors A and B: Angle between Forces Vectors Band C:_ After completing your vector drawing, fill in the two blanks below: Magnitude of Resultant produced by Force Vectors A and B: Angle between Resultant and Force Vector C: Magnitude of Resultant produced by Ford Vectors B and C : Magnitude: of Resultant produced by Force Vectors C and A! _Vector Drawing Replicate the situation on your force board. Begin vectors A, B, and C at the dot in the center. Find the resultant produced by A and B. Compare to vector C. CION 3 6N A Condusion Questions: 8N B 1. What is the netforce on the ring? How do you know this?- 2. Compare the magnitude of your resultant with the magnitude of force C. Why should they be equal? 3. What is the angle between your resultant and force vector C? What angle should we have expected