Re: Charlie Sheen 9/11 Theory??
[QUOTE][URL="http://www.origin.popularmechanics.com/blogs/911myths/"][COLOR=#d2d2d2]http://www.origin.popularmechanics.com/blogs/911myths/[/COLOR][/URL]
cant really say much other than that...if you actually read it and understand it then things will become clear.[/QUOTE]
i read it and still dont understand a couple of things, lets go over them shall we?
maybe you can help out an ignorant fellow.
nist tests on the steel recovered from the wtc towers show temps did not reach above 600o for more then a couple of mins, but in the models they used to show how the collapse happened, they used temps of 700o and above.
[QUOTE]Conclusion
The laws of physics have never been violated. So if you propose a theory that requires violating the laws of physics you have a huge problem. Usually scientists would at best completely ignore such a theory but usually proponents of such theories are ridiculed mercilessly, unless of course it seems, if you are the US government. In science one observation that disagrees with the predictions of a theory means the theory is wrong. The official story regarding the 9/11 WTC tower collapses clearly violates two fundamental laws of physics. The theory that the WTC towers were brought down by controlled demolition on the other hand does not violate the laws of physics. So which theory does science dictate we reject?
[URL]http://knol.google.com/k/michael-fullerton/official-theory-of-911-wtc-tower-near/1hwr2894wxokh/7[/URL]#
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- how much debris ended up outside the towers footprint?
[IMG]http://www.thcdefender.dk/files/xx/240406wtc.jpg[/IMG]
notice the piece^^right above falling outside? it weighs tons. notice the volume of debris OUTSIDE the footprint?
the problem with the governments report and why we need a new investigation is this....
they want us to believe that the upper blocks fell onto the lower blocks, picking up their mass as the collapse goes along.
but we can see from pics during and after the collapse, that most mass was pulverized in midair, ejected out the side(pic above, plus i got tons more) and could not add mass to upper block.
so they want us to believe that(from all estimates)30-40% of the original mass collapsed the lower, undamaged, better built lower block.
but it gets worse, cause they also want to believe the falling mass did this while it was broke up. for those who dont know, a ton of falling material with a single point of contact will exert more force then 50 objects with a combined weight of a ton.
perfect example is this.
one guy has a 100 pound rock droped on his head, the other guy has 100 pounds of pea gravel droped on his head.
which one lives?
they also have not explained how 30% of the mass encountered little to no resistence from the lower block.
how all supports failed at the exact same time(on all 3 buildings) to ensure Symmetric collapse.
also, they have never given out the weight of the top floors, nor have they shared any of their model data so it can be tested by independent sources to verify.
something pretty much unheard of in the world of science.
a theory should be open to be tested by anyone, dont you agree?
btw wanted to let you also know it's against the law of conservation of energy when you state that the upper block disintergrated the lower block, pulverizing the concrete in mid-air and also shooting steel beams weighing tons up to 600 feet to the side.
we can see from pictures, concrete was being pulverized from the onset of collapse
[IMG]http://www.uphaa.com/uploads/26/911-south-tower-collapse.jpg[/IMG]
notice the lower lighter colored concrete dust cloud in this photo.
also notice the tipping to the side, the only force acting on the supports in the damaged area is tension from being pulled to the side from the upper block tipping.
logic states that if the tipping is putting force on the supports, when they do give out, it would cause the upper block to tip over the side, not collapse str8 down.
something about a object in motion tends to stay in motion unless acted upon by outside forces?
ah, it must be nothing right?