3. So your argument is the plane impact made multiple 4-ton girders fly in several directions at once, some of which were not even in the direction of the plane's momentum? Of all of the hundreds of videos of the impacts, do you see even one that shows anything like a girder flying out of the impact hole?
The 4-ton girders landined hundreds of feet from their placement in the towers requiring the ejecting force of explosions for this distance of lateral movement. This is not up for debate, this is a matter of the laws of physics. They could not have been thrown this distance from the towers from a collapse. This information comes directly from the FEMA reports.
......
Could not have been thrown this distance from a collapse?
Sez WHO? Some youtube video? Bull.
I can't see anything out of the ordinary about a debris field half the height of a tower after it's collapse. Maybe a third the height. In either case you have "girders hundreds of feet away." Where exactly is some "ejecting force" required? And for WHAT? If explosives were used to bring the tower down those were precision charges, the exact type that would never blow something far away.
Seriously, that makes no sense.
Let me put it like this. Suppose a beam from near the top of the tower had an initial sideways velocity of 30 feet per second. It's going to hit the ground 300 feet away after a 10 second fall. All it needs to do to get the 30 fps velocity is get hit by another piece of junk, and leave the collision at a sideways angle. With the "stair stepping" collapse, that's what happened - all that stuff from above was hitting the stuff below.
Please explain where it is a NECESSARY conclusion that beams were launched out by explosives.
Please explain what your idea of a "normal" debris field for a 1300 foot tower should be and how this is different. At 3:17 in your video it clearly shows portions of the side with the columns falling pretty far away. When a building 1300 feet high the perimeter of which is steel columns falls, shouldn't some of those fall sideways? If one stayed intact to the ground - example only - it's tip would be 1300 feet away. Please explain what is unusual about debris landing "several hundred feet away."
I will handle the other points shortly, short on time right now, lol...
Says FUCKING PHYSICS. Gravity doesn't pull 4-ton beams 600 feet sideways, I don't care how a collapse happens. Gravity is exclusively a downward force. In fact to get this lateral movement you have to fight against gravity. Maybe if the whole building tilted over and fell, but it didn't, it went straight down into its own footprint, which by the way is pretty much impossible without a controlled demolition. If that were not the case, why do controlled demolitions have to be so perfectly timed in order to make them fall correctly to prevent such tilting? Additionally the velocity of the lateral ejections can clearly be measured from video of the event, PROVING that the reaching those velocities with multi-ton objects would REQUIRE explosive force.
Try doing the calculation for the energy required yourself: http://www.1728.org/energy.htm
Using the MINIMUM meters per second velocity assuming the beam came directly from the impact zone, 21 m/s, and the mass of the girder at 4 tons, the required force is equivalent to 2.1e-4 TONS of TNT! That is the MINIMUM VALUES. If the beam came from the middle of the building, at 30 m/s, the required force would be 4.3e-4 TONS of TNT. Tell me some more about how explosive force is not required.
There is no conjecturing your way out of this one. 4-ton beams don't just magically get 30fps lateral movement. The amount of energy required to move a 4-ton object 600 feet laterally at a measurable velocity is not up for debate. You are arguing against the laws of physics, not a Youtube video.
Again I am presenting you with facts of physics which can be clearly observed and measured from the video. All you have to argue with is stories about ninjas and magical self flinging 4-ton beams. Your lame attempts at refuting these physical facts are pathetic.