Now let's add some vectors graphically! Go to https://www.walter-fendt.de/html5/phen/resultant en.htm . This website contains a simulation where a body can be acted upon by a multitude of forces. You are going to perform a series of simulations and graph the results to get the value of the resultant. For these simulations, you are going to set the number of forces to that designated in the simulation. Assume that +y is north and + x is east. You may adjust the length of your vectors to your desire, however, keep in mind that you will be measuring them with your ruler and then drawing them onto the bit of graph paper that is provided below each simulation.Simulation 3: 3 forces To the 2 force simulation above, Simulation 2, add a third force pointing along the negative x-axis. On the graph paper below, plot the forces and the resultant. Assuming that each square represents 2 N, what are the magnitudes of the three forces? What is the magnitude and direction of the resultant?Simulation 4: 3 forces Keeping the first two forces the same as in simulation two, move the third force to the position of 270. On the graph paper below, plot the 3 forces and the resultant. Assuming that each square represents 2 N, what are the magnitudes of the three forces? What is the magnitude and direction of the resultant? Simulation 5: 4 forces Position one force along the + x-axis, one force at 120%, one force along the x -axis and one force at about 250. On the graph paper below, plot the 4 forces and the resultant. Assuming that each square represents 2 N, what are the magnitudes of the three forces? What is the magnitude and direction of the resultant