Go get ya gun duuuuude.....since when has matter not been made up of atoms ?????danrandon said:the forces acting between atoms is far far greater than the force of gravity.
if that ain't right, i'll get my shotgun... see you at my funeral
First sentence correct !AndyDane said:It's as simple as the magnetic field being stronger than gravity on earth isn't it? Obviously on other planets with stronger gravitational fields you'd have to have a stronger magnet.. But the gravitational field of a planet is totally different to a magnetic field and so comparing the size of the eart to the size of the magnet have nothing to do with each other?
But the magnetic field is obviously more localised and has no where near the reach of the gravitational force of a planet. So if you look at the strength as a whole the earths gravitational pull will obviously be stronger, but within close proximity to the magnet, it's field has more influence than gravity. Especially if the earths gravitational pull is from the centre of the planet as then the distance between the earth and the paperclip is hugely greater than the distance between the magnet and paperclip... But, I cant remember where to measure the distance from for gravitational fields. I just remember getting a little confused when learning that if a planet was hollow, the net gravitational effect on an item within the planet would be zero (assuming the planet was a lone body and ignoring the fact that there would be other external bodies).Robbo said:First sentence correct !
The rest of what you say can be answered by following my advice to focus on the forces themselves.
Since gravity is generally considered to be one of the fundamental four forces, it's also quite intriguing to ponder why it is 1 x 10 40th weaker than the strong nucleic force...I mean, it makes me think....what about you?
Andy Dane said:But the magnetic field is obviously more localized and has no where near the reach of the gravitational force of a planet. So if you look at the strength as a whole the earths gravitational pull will obviously be stronger, but within close proximity to the magnet, it's field has more influence than gravity. Especially if the earths gravitational pull is from the centre of the planet as then the distance between the earth and the paperclip is hugely greater than the distance between the magnet and paperclip... But, I cant remember where to measure the distance from for gravitational fields. I just remember getting a little confused when learning that if a planet was hollow, the net gravitational effect on an item within the planet would be zero (assuming the planet was a lone body and ignoring the fact that there would be other external bodies).
Who you calling fat Sukka? I may be plus-size, and I may be big-boned, but the last guy that called me 'fat' got a fore-arm smash to the neck. Are you just annoyed that I mentioned Loco found my remote?Robbo said:An inalienable truth my fat friend and one that you better get used to....it happens a lot.