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Flat Earth Investigations / Re: Round Earth Celestial Mechanics Cannot Predict the Solar System
« on: July 17, 2018, 07:14:09 AM »
So basically your claim is, that because NOAA doesn't seem to use orbital mechanics for their calculations, the RE is false.
First up, the linked spreadsheet:
The Sun RAD Vector isn't used for the other calculations, it is an output to show the current distance to the sun.
All formulas in the sheet are simplified to the extreme, so that they are faster to work with, thereby they are also nearly impossible to apprehend.
Second:
You seem to assume that we would use orbital mechanics for our calculations, while I would expect that we would not.
Orbital mechanics are used for simulations, not as much for calculations. This is because orbital mechanics are extremely hard to calculate over time, where all planets and moons affect each other always, and affect each other more or less dependent on their current distance.
If you want orbital mechanics based on Newtonian physics: http://universesandbox.com/ it is actually pretty fun to use, and you can play with it all you wish. It is also very accurate (as long as you don't run the simulation too fast).
Third:
Stellarium is an excellent tool, it precisely shows all observations we see in the sky, and shows all predictions. Even if Stellarium is pattern based, it still shows all observations anywhere on earth which can all be verified. Now that you've brought it up, I would like to know if you acknowledge Stellarium as a valid source of observations, or if you have a problem with it?
Is there any observation in Stellarium which you know cannot be seen in reality?
First up, the linked spreadsheet:
The Sun RAD Vector isn't used for the other calculations, it is an output to show the current distance to the sun.
All formulas in the sheet are simplified to the extreme, so that they are faster to work with, thereby they are also nearly impossible to apprehend.
Second:
You seem to assume that we would use orbital mechanics for our calculations, while I would expect that we would not.
Orbital mechanics are used for simulations, not as much for calculations. This is because orbital mechanics are extremely hard to calculate over time, where all planets and moons affect each other always, and affect each other more or less dependent on their current distance.
If you want orbital mechanics based on Newtonian physics: http://universesandbox.com/ it is actually pretty fun to use, and you can play with it all you wish. It is also very accurate (as long as you don't run the simulation too fast).
Third:
Stellarium is an excellent tool, it precisely shows all observations we see in the sky, and shows all predictions. Even if Stellarium is pattern based, it still shows all observations anywhere on earth which can all be verified. Now that you've brought it up, I would like to know if you acknowledge Stellarium as a valid source of observations, or if you have a problem with it?
Is there any observation in Stellarium which you know cannot be seen in reality?