https://ophysics.com/k8.html this is the simulation I'm confused on where to put the equation.

1) By modifying the initial conditions of the simulation find the speed and angle required to launch the projectile such that the projectile will pass through the window while hitting the center of the target 250 meters from the right side of the wall and 350 meters below the center of the window. For each of your trials record the initial conditions and trial results in the table below. You do not need to write down every simulations but you should write down many of them so you can look at the data along with the graphs and make reasonable adjustments. Note that you can choose to set either the initial velocity and angle of the projectile or the initial horizontal and vertical velocities. Continue conducting trials until the following conditions are met. a. The projectile starts from x = 0m, y = 0m position. This is automatic in the simulation b. When the projectile is at x = (500 + 1) m the y position must be y = (200 + 1)m c. When the projectile is at y = (-150 + 1)m the x position be x = (750 + 1)m d. Consider these coordinates as follows (x,, y.) = (0,0) m; (x, , y,) = (500,200)m; and (x, , y,) = (750, - 150)m Hint: For your first attempt cast the box for set angle and initial velocity, set the angle to 45 degrees and determine the velocity such that the projectile passes through the window. Then switch the simulation to Set Initial Horizontal and Vertical Velocities. Record the value for (x], y,) and (X2, yz). Then start modifying the initial velocities until the conditions outlined above are met. (This will be further demonstrated in the lab session.) Initial Launch Initial Initial X 1 y1 t1 yz Velocity Angle Horizontal Vertical (~500m) Height (sec) (=750m) Position (sec) Velocity Velocity at Wall near Target Record your final result below. Initial Velocity V.: Launch Angle: Or Initial Horizontal Velocity Vo, Initial Vertical Velocity Voy: Time Passing through the window t, Time at Target Impact to