06-06-2006, 12:46 AM
Quote:[EDIT] On what aga just said I thought as well - wouldn't the ball at the centre of the Earth move as close as it can get to the sun or moon? Or if you exclude all celestial bodies, then it would move as close as it can get directly underneath the part of Earth with the greatest mass (say, the tallest mountain).
Well, not sure what you mean by "ball", but the distance factor in the equation probably makes the sun/moon have no effect on the density dispersion of the earth. The spot where magma/the highest density (the ball?) would be would not be affected by any mountains.. it's possible that it could be affected by the make-up of the Earth in terms of what particles it has and most greatly affected by size and overall mass of the Earth...
And, thank you, Mr Match. :winkwink:
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