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@ Austin:
No, the vast majority of solar systems orbit the centre of our galaxy in a roughly circular orbit. Very like our solar system's planets orbit around our sun.
There are plenty of solar systems which don't follow tidy 'more-or-less' circular orbits around the galactic center but they are thought to be systems whose galactic orbits can be explained by one of the following:
1) some previous gravitational interaction with another star or other massive object,
2) the star was part of a binary system whose partner went super-nova,
3) the star originated outside our galaxy and is a left-over part of an earlier galactic merger.
Sorry, but I can't do computional astronomy - I'm a C-minus at that sort of thing.
No, the vast majority of solar systems orbit the centre of our galaxy in a roughly circular orbit. Very like our solar system's planets orbit around our sun.
There are plenty of solar systems which don't follow tidy 'more-or-less' circular orbits around the galactic center but they are thought to be systems whose galactic orbits can be explained by one of the following:
1) some previous gravitational interaction with another star or other massive object,
2) the star was part of a binary system whose partner went super-nova,
3) the star originated outside our galaxy and is a left-over part of an earlier galactic merger.
Sorry, but I can't do computional astronomy - I'm a C-minus at that sort of thing.