I am uncertain about the angle calculations. Do I take the inverse tangent of the s of forces and add 180 degrees? The original weight in newtons for the weights and the original angles are F1 0.98N at 0, F2 1.47N at 45 and F3 1.96N at 120

PHY2048 Adding Forces Part 2: Calculations 5. Now, calculate the components of each of the forces. Record your results in the table below. Determine the components of the net calculated force F(net) x and F(net) y. Combine F(net) x and F(net) y to determine the magnitude and direction (angle) of Fnet. FORCE x component y component F cos 0 F sin 0 F1 (N) 01 98 F2 (N) 1039 N 1:03 9 N F3 (N) 1. 38 6 N 1. 38 6 N Fnetcal (N) 3, 405 2, 425 Fnetcal = 3, 405 + 2, 45 ( N ) Ocal = Fretcal = 5.83 ( N) 6. The force that would cause equilibrium when combined with the original forces would have a magnitude equal to Fnet, but be directed in the opposite direction. Thus, you would have to add 180 to the angle direction calculated for Fnet. Record the magnitude and direction of this equilibrium force . This force is called the equilibrant force and will be labeled as Fequil. Fequilcal =_ (N) Ocal = tang = siney tan 0-2425N COSOx 8 = tan -1 / 2.425 3.405 N 3.405 = 35. 50