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Originally posted by Fitzgibbon
reply to post by CB_Brooklyn
CB? I'll type slowly and in caps so you can hear better.
WHAT
SHOULD
THE
PLANE
HAVE
DONE?
BOUNCE
OFF
THE
SIDE?
Still awaiting and looking forward to your reply.
[edit on 25-10-2007 by Fitzgibbon]
Originally posted by CB_Brooklyn
Take a look at the videos in my last post. Airplanes don't "bounce".
Originally posted by CB_BrooklynAirliners are made of lightweight aluminum alloy. On top of that, 767s have plastic-composite nosecones.
Great. And that proves what? You familiar with Newton's First Law of Motion? You gonna tell me why you think it doesn't apply in this situation?
What about his Second Law?
There's no crushing, no bending, no twisting
* Tail does not snap off
* Fuel filled wings do not explode on impact
* Wing tips (which are swept back 35 degrees) sawing through structural steel
* The building self-heals itself before the explosion
Originally posted by CB_Brooklyn
I found (not surprisingly) absolutely no scientific analysis that refutes Newton's 3rd Law of Motion.
I can't stop laughing!!!
I've read through some of the replies in this thread. Behind the snide remarks and rudeness, I found (not surprisingly) absolutely no scientific analysis that refutes Newton's 3rd Law of Motion.
Originally posted by ipsedixit
The largest 747 is close to twice as heavy as the largest 767. If the Bush administration had crashed a 747 into the world trade center, Manhattan would have capsized.
I have a hard time following your analysis of the Amsterdam crash. There is no comparison between the two buildings. Are you saying that a much heavier aircraft knocked the corner off a smallish apartment building and therefore it's obvious and a no-brainer that a much smaller aircraft should be able to fell a much bigger and stronger building?
Originally posted by ipsedixit
If you hit the side of one of those airplanes with a hammer, even if the tensile strength of the steel in the hammer were not as great as the tensile strength of the aviation aluminum, you would still be able to dent the aircraft. We don't see so much as a wrinkle as the plane enters the building.
Remember, when the plane's mass collides with the tower, much of that mass is also colliding with various parts of itself. It is these forces which would break up the fuselage, wings etc.
Originally posted by CB_Brooklyn
These Videos of REAL Plane Crashes Explain 9/11 TV-Fakery Very Clearly
www.911researchers.com...
I've read through some of the replies in this thread. Behind the snide remarks and rudeness, I found (not surprisingly) absolutely no scientific analysis that refutes Newton's 3rd Law of Motion. All I see is a bunch of people desperately trying to hold on to their real plane fantasy. I can't stop laughing!!!
[edit on 25-10-2007 by CB_Brooklyn]
Originally posted by ipsedixit
reply to post by apex
I don't think that anyone argues against the conservation of momentum, but remember that when the plane hits the building, the building is also hitting the plane. If you hit the side of one of those airplanes with a hammer, even if the tensile strength of the steel in the hammer were not as great as the tensile strength of the aviation aluminum, you would still be able to dent the aircraft. We don't see so much as a wrinkle as the plane enters the building.