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Discussion and Debate
Discussion and Debate
Physical & Life Sciences
Walt Brown and the Hydroplate theory.
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<blockquote data-quote="Job 33:6" data-source="post: 74020423" data-attributes="member: 399299"><p>And to go back to the train analogy, the flaw in the analogy is that trains, never at any point in time, have a greater density than the earth which they drive on.</p><p></p><p>A train will never sink into the earth as an oceanic crust would, because a train is far less dense than underlying bedrock.</p><p></p><p>But in the case of oceanic lithosphere, it's greatest density is higher than the lowest density of the upper mantle. Thus it sinks in conjunction with the pushing force of body of the train.</p><p></p><p>And the continental crust/lighter train, will not fly up into the atmosphere, because it isn't being directly displaced by the sinking oceanic crust/more dense train.</p></blockquote><p></p>
[QUOTE="Job 33:6, post: 74020423, member: 399299"] And to go back to the train analogy, the flaw in the analogy is that trains, never at any point in time, have a greater density than the earth which they drive on. A train will never sink into the earth as an oceanic crust would, because a train is far less dense than underlying bedrock. But in the case of oceanic lithosphere, it's greatest density is higher than the lowest density of the upper mantle. Thus it sinks in conjunction with the pushing force of body of the train. And the continental crust/lighter train, will not fly up into the atmosphere, because it isn't being directly displaced by the sinking oceanic crust/more dense train. [/QUOTE]
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Physical & Life Sciences
Walt Brown and the Hydroplate theory.
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