Use Vernier Graphical Analysis for the graphing. Then, insert the graph into your report.

1. Click on vector segment and drag it so the tail positioned at the origin of the graph. Adjust the vector to the given magnitude (drag the head of the vector to adjust the length) and rotate the vector to adjust the angle. 2. "Break" the vector into components (see Sample 1 below) and input the components into Table 1. 3. Insert a screenshot of your vector and its components Complete steps 1-3 for vector.

4. Drag the 2 vectors with their tails positioned at the origin of the graph, as shown in Sample 2 below.

5. Click on the sum vector where = +.

6. Record the magnitude and the angle for the resultant vector in Table 1.

1.3 Use the components method to add the following 3 vectors:

= 22.4, @26.6

= 11.3, @ - 135.0

c = 13.6, @ - 36.0

Use the same steps as in Procedure in Part 1.1. Create a new table (Table 2) adding another row for vector c and populate the table. Insert the screenshots from the simulator for all 3 vectors and their components and a screenshot for the resultant (as listed in the steps in Part 1.1)

Part 1.4 Using the theoretical equations calculate the resultant sum of the three vectors and insert your calculations in the lab report. Compare your calculated resultant to the one obtained with the simulator. Is it different from the experimental one? Explain.