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reddix wrote:If there was a global flood, all that water would still be around here somewhere, in some form.
xrayzed wrote:reddix wrote:If there was a global flood, all that water would still be around here somewhere, in some form.
One of the explanations I've read is that the Earth used to be flatter. After the flood the mountains rose higher, and the oceans sunk, so the water had somewhere to flow to.
Needless to say there isn't a scrap of evidence to support this, and the problems caused by such massive geological changes are simply handwaved away.
Dudely wrote:Just for fun I did the math. If the earth were completely flat it would be covered in 2.62 kilometers of water. Slightly less since I didn't adjust for the added surface area of being 2.62 kilometers higher, but meh.
Net Traveller wrote:Ironic that I posted this topic a couple of days ago, look what I just found lol
http://news.ninemsn.com.au/article.aspx?id=1045033
Another hoax or something else?
HughMcB wrote:The only way the flood could of happened would be due to a smoothening out of all the land masses in the world to allow the water on the earth to be able to cover everything. Essentially the earth would need to turn into a round smooth ball with a water skin. However such movement of the earth's crust would a) leave a ridiculous amount of evidence behind to show such movement and b) release so much thermal energy (both by friction and from under the crust) that the water on the earth would evaporate into space.
Epic fail on all counts.
hotshoe wrote:HughMcB wrote:The only way the flood could of happened would be due to a smoothening out of all the land masses in the world to allow the water on the earth to be able to cover everything. Essentially the earth would need to turn into a round smooth ball with a water skin. However such movement of the earth's crust would a) leave a ridiculous amount of evidence behind to show such movement and b) release so much thermal energy (both by friction and from under the crust) that the water on the earth would evaporate into space.
Epic fail on all counts.
Yes, think of the Himalayas. In about 40 million years, the mountain building episode which began when India first crashed into Asia has lifted up a whole range of 8000meter peaks. And new peaks are still rising, at a few centimeters per year, which is actually quite speedy for mountain building. The whole area is seismically active (look at the 6.9 Tibetan quake on April 14, 2010) because rocks don't "like" to move out of the way. They don't move, they stay locked in place until the pressure builds up enough, and then they break loose in an earthquake.
Now, imagine compressing the time scale of Everest rising into a few thousand years post-flood. Imagine forces pushing up 8000meter peaks in a time span, not of 40 million years, or 10 million years, or 1 million years, but 4 thousand years. It would mean a ceaseless barrage of major earthquakes. If the earthquake strength remained the same, on average, there would need to be about 1000 times as many to produce the same total rock movement. How about a magnitude 6+ quake, every day of every year, for a ballpark figure.
Ha, I think we would notice if the Himalayan region had a mag.6 quake every day in order to raise it from sea-level post-flood.
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