Use info on table 1 to answer and graph analysis A, should make a triangle please step by step how to make it please

200 + 63 85 0-6257 Mass (kg) [Tension| (N) Location on Force Table (") Analysis A: Three Forces in Equilibrium 0.100 0.98 1. On a sheet of graph paper, add the three forces used in the procedure tip to tail; be sure to include 0.150 1.47 140 the scale used in drawing the vectors (e.g., 5 cm = IN). Does this graphical addition agree Mass (kg) |Tension| (N) Location on Force Table () with the theoretical resultant? Why or why not? [This is not a sketch, but an actual graphic addition of vectors. Use a protractor. 5 0.1489 1, 459 281 SCALE: N = cm Table 1: F 3 Yes it does agree because both use vector 3. Since the three forces are in equilibrium, what would happen if these three vectors were added addition principles graphically tip to tail? In other words, like what would the resultant look? The vectors would + form a closed triangle