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Discussion and Debate
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Physical & Life Sciences
Creation & Evolution
Fun with the Flood math.
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<blockquote data-quote="Arikay" data-source="post: 750357" data-attributes="member: 6561"><p><strong>I see your logic here. But to bring up this water does not mean you have to bring up the same amount of molten lava too. If this is so, I would like to see the figures on it explaining how and why.</strong></p><p></p><p>Because the water is contained inside the mineral. For it to escape the mineral needs to be brought up and the water seperated from it. Bringing up the Lava with the water.</p><p></p><p><strong>The same way it got there in the first place. Though no one may know how it got there, science says it's there. So I imagine it got placed back there in the same manner.</strong></p><p></p><p>Assuming that things just some how fit into your theory isnt really the best way to go about looking at things. </p><p></p><p><strong>Well let's see. The temp of current water is not factored in. How cold water "is" at the bottom of some very deep oceans. Then we have the North and South poles and their ice. How much water does it take to heat 988,042,974 Cubic Miles of water to 1000 f? And considering there was no Sun shining for those forty days and nights, the earth itself would have been cooling off.&nbsp;When&nbsp;steam gets into our upper atmosphere it is cooled buy it. Then it condenses and falls back to the earth cooling the air as it falls. Much like how freon works in your A.C..&nbsp;Now the upper atmosphere had to be real cold because of no Sun to warm it. So you have heat from the fountains of the deep being cooled by ocean waters, the steam being cooled by the very cold upper atmosphere then returning to earth cooling the air on the way back down. Sounds like more than enough to keep things cool. Need to factor all things in, or you get the wrong answer.</strong></p><p></p><p>Because we dont need to factor any of that in. <img src="data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7" class="smilie smilie--sprite smilie--sprite1" alt=":)" title="Smile :)" loading="lazy" data-shortname=":)" /> The amount of heat is generated not by something thats hot, but by all the friction and what not the added water would create.</p><p></p><p>A couple things to correct though. In my figures, I had the ice caps melt. Also, the upper atmosphere is Always cold, no matter sun or not. It would have been just as cold then as it is now. The thing is, that if the water reached the very upper atmosphere to cool it, it would then free fall back down and create a lot of pressure as it falls into the thicker atmosphere. With as much water that falled, the pressure would probably super heat the water and you would have supper hot water falling onto the earth. <img src="data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7" class="smilie smilie--sprite smilie--sprite1" alt=":)" title="Smile :)" loading="lazy" data-shortname=":)" /></p></blockquote><p></p>
[QUOTE="Arikay, post: 750357, member: 6561"] [b]I see your logic here. But to bring up this water does not mean you have to bring up the same amount of molten lava too. If this is so, I would like to see the figures on it explaining how and why.[/b] Because the water is contained inside the mineral. For it to escape the mineral needs to be brought up and the water seperated from it. Bringing up the Lava with the water. [b]The same way it got there in the first place. Though no one may know how it got there, science says it's there. So I imagine it got placed back there in the same manner.[/b] Assuming that things just some how fit into your theory isnt really the best way to go about looking at things. [b]Well let's see. The temp of current water is not factored in. How cold water "is" at the bottom of some very deep oceans. Then we have the North and South poles and their ice. How much water does it take to heat 988,042,974 Cubic Miles of water to 1000 f? And considering there was no Sun shining for those forty days and nights, the earth itself would have been cooling off. When steam gets into our upper atmosphere it is cooled buy it. Then it condenses and falls back to the earth cooling the air as it falls. Much like how freon works in your A.C.. Now the upper atmosphere had to be real cold because of no Sun to warm it. So you have heat from the fountains of the deep being cooled by ocean waters, the steam being cooled by the very cold upper atmosphere then returning to earth cooling the air on the way back down. Sounds like more than enough to keep things cool. Need to factor all things in, or you get the wrong answer.[/b] Because we dont need to factor any of that in. :) The amount of heat is generated not by something thats hot, but by all the friction and what not the added water would create. A couple things to correct though. In my figures, I had the ice caps melt. Also, the upper atmosphere is Always cold, no matter sun or not. It would have been just as cold then as it is now. The thing is, that if the water reached the very upper atmosphere to cool it, it would then free fall back down and create a lot of pressure as it falls into the thicker atmosphere. With as much water that falled, the pressure would probably super heat the water and you would have supper hot water falling onto the earth. :) [/QUOTE]
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