Viewing a single comment thread. View all comments

AndrewTyeFighter t1_j3kwsxp wrote

They didn't even know how gravity worked back then and were just starting to consider that the Earth might not be the center of the universe.

They were not predicting planets that they couldnt see or comets paths based on gravity when they didnt even have the formulas and constants required to do such things.

4

10secondmessage t1_j3kyr1q wrote

Yes, they did otherwise. How would they have made the first model of solar system it was wrong because gravity wasn't factored into it when the second model came out it traced orbits based on the concept of gravity, well the calculations were not hundred percent it still was close enough when you applied it in small numbers to find location of said item. Considering there limited tech and understanding it's amazing how well they did.

Second Ancient thinkers, from Aristotle in the West to Brahmagupta in the East, had theorised that objects were attracted to each other. Which is partially right as Newton would add direction(towards the centre) and give it mathemical representation/ gravitational force direction which change how the angle of force. Even though they math was off, they still had gravational force as a force of attraction espressesed as the orbital pathes of planets. The method was not perfect as it only counted gravational force, but that still put into their measurements and comparison.

−4

AndrewTyeFighter t1_j3l42ut wrote

Don't need to understand gravity to make a model of the observable solar system. Yet just because you make a model that is consistent with your observations, doesn't mean your model is correct.

The Antikythera Mechanism didn't model wasn't accurate because their understanding of the planetary model was incorrect. It also did not compute comets at all.

Aristotle thought that comets were atmospheric in nature, not bodies orbiting around the solar system, and on gravity he thought that everything was attracted to the Earth because it was the center of the universe, as well as that heavier objects would fall faster. These are not the basis for calculating the positions of undiscovered planets or gravitational disturbances of orbits of comets.

Your statements here are so wildly contradictory to history that I can only assume you are mistaken. If you really do feel you are correct, then please find some sources they actually back up your claims.

6