In the FAQ it says tides occur becuase the whole lot tilts, blah blah blah.
Have I missed something, or has this failed to recognise that it is high tide on both sides of the earth at the same time, the side closest to the moon, and the side furthest from the moon.
This is because the earth and moon both have a fairly strong gravitational field, so the earth does infact orbit the moon, to a small degree. The common centre of mass is inside the earth, but not quite at the centre. The result of this is that the high tide on the moon side of the earth is because the effect of the moons gravity on the earth is stronger than the centripetal force of the earth orbiting its off-centre centre of mass, and the high tide on the opposite side of the earth is becase the centripetal force is greater than the moons gravity, so you get a high tide there as well.
How does this work with FE theory?