No they don't
Roche limit innit?
Matter close to the Roche limit to the Earth don't form moons because they'd be ripped apart by tidal forces.
en.wikipedia.org/wiki/Roche_limit
( , Wed 18 Nov 2009, 11:17, Reply)
Roche limit innit?
Matter close to the Roche limit to the Earth don't form moons because they'd be ripped apart by tidal forces.
en.wikipedia.org/wiki/Roche_limit
( , Wed 18 Nov 2009, 11:17, Reply)
Ta
Though I maintain that the moon's own gravity would quite probably still disrupt the ring formation.
( , Wed 18 Nov 2009, 11:20, Reply)
Though I maintain that the moon's own gravity would quite probably still disrupt the ring formation.
( , Wed 18 Nov 2009, 11:20, Reply)
Over the course of a few thousand years, I'd suspect quite a bit.
And they've already been welded together...
( , Wed 18 Nov 2009, 11:30, Reply)
And they've already been welded together...
( , Wed 18 Nov 2009, 11:30, Reply)
still possible
that they would get into some sort of status-quo like orbit where they get pulled away by the moon and then back by the earth and so on (a bit like a comet getting all the way to the asteroid belt but then getting pulled back by the sun. I'm aware there's a different reason for that, but it's still possible).
Meh, I'm sure there's a reason there aren't any rings now.
( , Wed 18 Nov 2009, 11:42, Reply)
that they would get into some sort of status-quo like orbit where they get pulled away by the moon and then back by the earth and so on (a bit like a comet getting all the way to the asteroid belt but then getting pulled back by the sun. I'm aware there's a different reason for that, but it's still possible).
Meh, I'm sure there's a reason there aren't any rings now.
( , Wed 18 Nov 2009, 11:42, Reply)
Sod it
If you're going to stick in rings, why not move the moon to somewhere where it'll not fuck with them?
( , Wed 18 Nov 2009, 11:48, Reply)
If you're going to stick in rings, why not move the moon to somewhere where it'll not fuck with them?
( , Wed 18 Nov 2009, 11:48, Reply)
Im guessing it would also
because of the the gravitational scale differences between the moon and earth than lets say compared to the gravitational forces from a gas giant sutch as saturn with a small moon sutch as Europa would only make a difference if one of the moons orbits close enough and then it would still only have a minimal desruption due to the gravitational scale difference. Because of the mass of the moon compared to that of the earth and the fact that it already affects a mass as heavy and close to the earth itself sutch as water then Im asuming the rings would be completely disrupted. OR more interesting still perhaps there would be a figure of 8 style ring system between earth and the moon (although that's doubtful as the moon doesn't rotate). If that makes any sense (not a scientist just a humble musician with a telescope)
( , Wed 18 Nov 2009, 11:54, Reply)
because of the the gravitational scale differences between the moon and earth than lets say compared to the gravitational forces from a gas giant sutch as saturn with a small moon sutch as Europa would only make a difference if one of the moons orbits close enough and then it would still only have a minimal desruption due to the gravitational scale difference. Because of the mass of the moon compared to that of the earth and the fact that it already affects a mass as heavy and close to the earth itself sutch as water then Im asuming the rings would be completely disrupted. OR more interesting still perhaps there would be a figure of 8 style ring system between earth and the moon (although that's doubtful as the moon doesn't rotate). If that makes any sense (not a scientist just a humble musician with a telescope)
( , Wed 18 Nov 2009, 11:54, Reply)
Even Satuarn's rings are not stable
They are getting wider very quickly
( , Wed 18 Nov 2009, 12:08, Reply)
They are getting wider very quickly
( , Wed 18 Nov 2009, 12:08, Reply)