Originally posted by: Moonbeam
The first part to fall is also where the smoke is coming from. The moment the force resisting the fall of the building is less than the force trying to pull it down it will all come down at once because gravity acts independently on every part of it at the same time. And it will fall straight down because that is the direction gravity pulls.
As far as a shock not being seen on the exterior, I recall seeing such a shock in other vids, and shock travels in solids, like an earthquake that shakes the ground but doesn't shock the air.
If you turned your bones to jello you would fall in a pool of flesh.
I don't really know who coined the phrase "'Dissent is the highest form of patriotism." I suspect it was some 'Truther' on about Monticello not rolling down that mountain.
The logic you propose is not lost on me even though I use terms preceding 'Symmetrical' like 'almost', 'about', or some other term to denote 'not exactly' because what I see or can conceptualize IS NOT EXACT and the more scientific terms take too much energy to type.
I agree that some force caused the facade [windows and granite and the rest of it] and what it is attached to [exterior columns] overcame what ever resistive force was left to keep it up there in a building like fashion. We don't disagree!
It seems we disagree with [I quote you] "...the force trying to pull it down it will all come down at once..." bit.
It will come down exactly as the force G overcomes the Resistance to that on all bits until the bits reach the center of Earth or meet resistance that prevents further G related downward movement. I got that OK... I'm fine with it. I know that if my bones all go poof my head top sans the skull will go to the pavement below a distance of 6' 3" and stop. But, consider this bit.
A structure the same height with cladding attached to some 'exterior' sticks and those sticks are designed to not only hold up the cladding but also some interior structure that I'll call levels or floors. Additionally, this structure has a few interior sticks in the middle holding up the floors and way up there is my head... a penthouse or two.. [right/left brain]. Then along comes Moonbeam and grabs on to the brain and lifts it right on up and with it comes all the middle sticks and floors leaving just the 'exterior' sticks and the cladding attached. During this extraction process some damage occurred to the 'exterior' bits but not all that much. However, little people standing around at the base noticed something was afoot cause they see some movements and hear some noises and such.
In my thinking either you weakened the 'exterior' sticks, by some means, to the point the sticks could not stand there as they were designed to or they will. If you weakened some enough and they were on the left side the structure should fall to the left and the same for the right, front or back or it won't until G is greater than R - weaken more sticks on the left. But, the entire structure should topple on over as a bloc and not sort of pancake down. The pivot point does not have to be deep in the earth to do this only the absence of Resistance to this act can allow it. To get the structure, the entire structure to come straight down you'd need to enable that via weakening sufficient numbers of sticks probably in some uniform manner around the four face base or near there and then when the remaining sticks are too weak to hold up what is left of the structure it shall all fall down in a uniform manner equal to G - RF... where RF is the force to be compressed or otherwise overcome. Once the portion of the structure is at the level of the weakened portion of the sticks that bit provides resistance to the G and may stop it or at worst slow it down... and so on. [we can calculate how many joules the structure has and how many are needed to 'crush' the resistance to keep going] At no time can you have 'Free Fall' so long as you have resistance to it.
This is not a 1000000/100000000000 event... an elephant on a coke can is not a good analogy... We know that P=MV and that stuff. But using the elephant analogy and putting a steel bit in that can of coke what may happen is the can will be crushed as before but the steel bit might penetrate the foot of the elephant and he'd be forever heard clanking about.
So, in essence, I can get the structure to fall much like WTC7 but not without the dynamics that enable it. You act as if the exterior columns are flimsy, irrelevant or redundant and I say they are substantial and the facade will reflect, visually, anything going on with them from the interior bits, if anything. In WTC7, I see not much happening to them vis a vis the facade nor did anyone else except the fire folks having to use a transit to determine if there was a bulge. iow, that bulge was not convincingly evident to the eyeball.
Now, here is where math comes in... Just considering for the moment the exterior columns and the facade attached and say from the 18th floor up how much potential energy is there in that upper bit? We know that W=M at the same place or reasonably so. And that 1/2M*Vsq. etc.. will give us that answer. Next is to calculate how much resistance there is in the columns as they meet stuff on the way down? That takes knowing the values of the steel and the number of them etc etc... we saw it fall down so we know the kinetic energy either was so great and the resistance so small that it almost free fell or the upper bit had very little resistance and all most free fell... I don't know which it is but it IS one of those two... It almost free fell...