system
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human
Are planetary rings always over the planet's equator?

I understand that the position relates to the cloud\disk from which planets and their rings typically form, but are there other mechanisms of ring formation that could result in their being at different latitudes or at different angles?
gpt
Large spinning bodies form an equatorial bulge.  There's more mass around the equator, so given enough time any body in orbit will settle into an orbit about the equator.  A ring formed at a tilt from this would be unstable and would migrate towards the bulge.  Uranus for example has an extreme tilt, and its ring system aligns with its equator.  

Venus rotates so slowly it doesn't have a significant equatorial bulge, so potentially it could support a ring system with any degree of tilt.