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Originally posted by energy_wave
I allready posted this information it the thread...
It's all about the impending impact.
Originally posted by energy_wave
I allready posted this information it the thread...
Very Scary End Of The World Article
They are moving them away from the naval ports because when the impact occurs the tidal wave would destroy them.
It's all about the impending impact.
Originally posted by theRiverGoddess
"SUPPOSEDLY" this 'incoming' asteroid IS a STEALTH asteroid....it cannot be seen because it IS hidden by a very massive DUST cloud, it is traveling behind, and as part of this dust cloud.
[Edited on 28-5-2004 by theRiverGoddess]
Originally posted by theRiverGoddess
"SUPPOSEDLY" this 'incoming' asteroid IS a STEALTH asteroid....it cannot be seen because it IS hidden by a very massive DUST cloud, it is traveling behind, and as part of this dust cloud.
[Edited on 28-5-2004 by theRiverGoddess]
If an asteroid hit any part of the ocean (or land, for that,) the tidal waves generated would be more than enough to flip the boats... We're talking hundreds of feet tall waves here (I Think? Depends on the mass and KE of the asteroid)
Originally posted by NothingMakesSense
If an asteroid hit any part of the ocean (or land, for that,) the tidal waves generated would be more than enough to flip the boats... We're talking hundreds of feet tall waves here (I Think? Depends on the mass and KE of the asteroid)
No it wouldn't and here's why:
An asteroid imapcting a body of water creates a massive pulse through the water, commonly known as a wave. This wave, in deep water, is barely noticable. When it gets into shallow water, however, it starts to pile up higher, sometimes as far as 50 feet. This "growing" as it reaches shallow water has to do with how waves work.
Take a slinky and hold it horizontally. Now push one end in and watch the wave move thru the slinky. The induvidual particles of the slinky don't move, but the energy does. Same with a wave. All the water stays pretty much where it is, but the moleculs banging into each other transfer the energy. SO when there are more molecules (deep water) there are more transfer points through which to transfer energy. But when you have fewer transfer points (shallow water) the wave must start to move water and stand up above the normal level. This creates the breaking motion you see on a beach.
So therefore, for larger ships, it will be better to be where the water is deep so the wave does not disrupt the water surface as much.
If someone can explain it better have at it.