It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by dlifesjrny
Laugh all you want at my expense if this is ready common theory.
The poles are the slowest moving part of the globe, right? The equator speeds by and builds up a sort of "friction" related heat.
Originally posted by eNumbra
Spin a bowling ball, feel the pole at the axis of spin. (the one not touching the ground since that one wouldn't accurately represent the earth spinning in 3d space) And then feel a part on the equator (after its finished spinning)
Originally posted by eNumbra
Originally posted by dlifesjrny
Laugh all you want at my expense if this is ready common theory.
The poles are the slowest moving part of the globe, right? The equator speeds by and builds up a sort of "friction" related heat.
What is it rubbing against?
The planet is a sphere; try an experiment.
Spin a bowling ball, feel the pole at the axis of spin. (the one not touching the ground since that one wouldn't accurately represent the earth spinning in 3d space) And then feel a part on the equator (after its finished spinning)
[edit on 7/9/2010 by eNumbra]
Originally posted by this_is_who_we_are
I think he may mean that the earths core rotates within the mantle.
"Earth's Core Rotates Faster than Surface, Study Confirms"
www.livescience.com...
Originally posted by Arbitrageur
How do I make the outside of the bowling ball travel at 1000 miles per hour? That's about how fast the surface of the Earth is moving near the equator, so to generate the same friction I need about the same speed at the surface of the bowling ball, right?