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To help with replicating the factorial law simulation for Row 2 Increments=0.00000025, X-Position of Planet=9.00, Y-Position of Planet=0, X-Velocity of Planet=0, and Y-Velocity of Planet=6000. To help with replicating the inverse factorial law simulation for Row 2 Increments=0.00005, X-Position of P...

Unfortunately I could not attach the factorial law and inverse factorial law simulation.

I did some more of the simulation using the inverse cube law First though Third Spiral inverse cube Law Simulation.png Also these are the excel files I used. I had to shrink them down to the minimum amount of information needed to replicate the data needed for the graphs as when I had them filled to...

Finally I simulated orbital motion using the inverse factorial law

I also simulated orbital motion using the factorial law

I also simulated the spiral orbits of the inverse cube law

I also simulated orbital motion using the inverse law

I figured out how to simulate orbital motion in Excel using time step increments, formulas, and graphs. I started by simulating orbital motion using the inverse square law First Year Inverse Square Law Orbit.png Every Year Inverse Square Law Orbit.png I also simulated an orbit using the Linear Law E...

The way I built those systems was by flinging planets at distances and velocities I thought were most likely to be stable a bunch of times until I would finally get ones that would orbit the star. Most would either be repelled by the star at some distances causing them to fly off into space or reach...

Screen Shot 2017-03-21 at 5.01.55 AM.png Screen Shot 2017-03-21 at 4.45.35 AM.png Screen Shot 2017-03-21 at 5.09.17 AM.png This helps show where the force of gravity is positive and negative and where the force is negative helping to show the period of the gravitational force. Much closer than the ...