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Originally posted by gandhi
Last but not least, Nibiru
Originally posted by nevermindme
reply to post by Phage
The two metals in a dyno are not magnetic, but when they move in relation one another thy create a magnetic field. Just like the core and the magma.
Or is that wrong? Phage.
No one said magma was magnetic, no one said the core was magnetic.
You come up with this crap on your own and try to make others look as though they don't know, it doesnt work phage. We see through it. Stop using the internet for tidbits of info and try actually learning something, it may save you fro looking like a fool.
The tiny fluctuations are all that is required to move the magma or the core. The gause may be weak but the field itself is enormous.
Originally posted by segurelha
Spaceweather was apparently calm on these 3 days.
Originally posted by nevermindme
reply to post by Phage
Oh my GOD phage.
They don't move because a magnetic field makes them move, they move because the planet was spinning as a process of it's creation. Thus, there are already moving, spinning. So, they therefore create a magnetic field.
Now, when THAT magnetic field is influenced, the whole 'dyno' moves. And vice-versa, when the 'dyno' moves the magnetic field is influenced.
Get it?
The tiny fluctuations are all that is required to move the magma or the core. The gause may be weak but the field itself is enormous.
The field around a fridge magnet is about six inches across, the field around the earth is about 30 000 kilometres across. A small movement in the field causes a small movment of everything in the field. Spin a magnet arund a fridge magnet and the fridge magnet moves, even though the force required to move it is not adequate. Same principle with the earth.
The field may weak, but it is enormous. It is more than sufficient to affect the planet's structure.