Originally Posted by
Scott_Milner
It's no surprise you need to repeat yourself, you don't understand the question. The upper section had angular momentum. At one point it stopped rotating. What force stopped the tilting of the massive block?
I understood the question perfectly. The answer is that your assumptions are wrong. The upper section never stopped rotating.
As I explained in my whitepaper, however, which you obviously did not or cannot read, once the upper portion is loose, there is a restoring torque. This is because the tilt means that, as the upper block descends, it hits more of the lower floors on the down-tilted side. This should be obvious -- the down-tilted corner has fallen farther. If the block continues to rotate, this disparity will increase.
Conservation of momentum dictates that, since it comes in contact with more stationary mass, there is a net force on the downward corner that opposes its direction of rotation. Again, it did not stop rotating, but this is the force that slows the rotation, and it's totally normal.
Originally Posted by
Scott_Milner
This section is clearly off axis and has reduced itself from the original size before the lower floors begin to descend. Clearly this is an asymetrical loading and should have fallen off throughout the 1000 feet of "crushing" if you say it had become disconnected.
Impossible. It cannot "fall off" without a lateral force. There can be no lateral force unless the lower portion actually survives the impact. Calculations leave no doubt that it cannot.
That lateral force, again, worked out in my whitepaper, is equal to a minimum of roughly 65 million Newtons, or twice the liftoff thrust of the Space Shuttle. The lower portion cannot provide such an enormous force, and the upper portion would not survive if such a force was applied. I cover this on page 104 of the paper.
This is old, readily debunked crap, and it has nothing to do with the debate. Further discussion is off-topic, particularly as you do not appear able to even absorb what you see in a video correctly.