Function driven solar system model.

AI Thread Summary
The discussion focuses on creating a function that models planetary motion according to Kepler's laws, specifically ensuring that planets travel equal areas in equal times. The user is utilizing Blender, a 3D application, to program this path. A link to Kepler's laws is provided for reference. The goal is to accurately represent the dynamics of planetary orbits in a visual format. This approach highlights the intersection of mathematics and 3D modeling in simulating celestial mechanics.
abdullahi abass
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Here's the main problem. I'll like a function of distance with respect to time which moves the planets in accordance to Kepler's law: planets in orbit travel equal area in equal time. I use a blender, a 3D app that allows for path programming.
 
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Very helpful, thanks!
 
I am following someone on Youtube who has built a rocket shaped (4 proprllers) drone for the world speed record ... He was having problems with internal heat from electical control gear and battery inside the sealed rocket (about 1kw waste heat) Speed is 500km/hr , I suggested a 4mm hole in the tip of the nose and 8mm hole at rear which should alow sufficient air cooling .. I said this will increase thrust because the air exiting is hotter .. a bit similar to a ram jet ... was I correct...

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