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Originally posted by OptimistPrime
reply to post by smurfy
Bsbray wasnt the one who called him a hobbyist. Interesting video tho. Thx for sharing!
Originally posted by Section31
reply to post by bsbray11
2. Why did NIST not consider a “controlled demolition” hypothesis with matching computer modeling and explanation as it did for the “pancake theory” hypothesis?
Some 200 technical experts—including about 85 career NIST experts and 125 leading experts from the private sector and academia—reviewed tens of thousands of documents, interviewed more than 1,000 people, reviewed 7,000 segments of video footage and 7,000 photographs, analyzed 236 pieces of steel from the wreckage, performed laboratory tests and sophisticated computer simulations of the sequence of events that occurred from the moment the aircraft struck the towers until they began to collapse.
After reading the government's assessments, my faith in the original analysis is even stronger.
Pardon me for asking;
410 experts were expected to review tens of thousands of documents, 7,000 photographs, 7,000 segments of video, and interview 1,000 people, and analyze 236 ‘pieces’ of steel- I don’t know how many months this hypothesis took to render to the people.
Myself, I would feel rather over-whelmed to have to go through so much material and have a deadline to submit my report by…did these experts have a deadline?
It only makes sense to have certain experts review certain items in concert, so that all the material gets looked into ‘equally’ as I would expect no stone left un-turned.
Are you following me?
Academia= Dr. Steven Jones, was he one of these 410 experts? And when he submitted his findings, then what? Maybe Dr. Jones did an independent study on the university’s nickel. No sense in arguing that point.
I’m making the bold claim that there was too much material to go through by such a limited number of experts willing to come up with the same conclusion, in the end being as the result we’re expected to eat. That kind of crap is for mushrooms. Are you a mushroom? Certainly, I am not.
edit on (12/21/1010 by loveguy because: (no reason given)
Originally posted by bsbray11
Right, but are you saying the floors are causing "air" to be forced violently out of random windows before they are smashed into, or after they are smashed into?
Open the whole top of the plastic bag, and let air escape there at the same time, and see if it does the same thing. If you don't have an air-tight container you can't build up pressure. There is no two ways about that, unless you don't understand the physics of what we are talking about.
Well you said it yourself, you don't know a satisfactory answer. Parts of ceiling paneling coming down will rocket dust and solid debris out hundreds of feet into the air, yeah right.
Originally posted by buddhasystem
Originally posted by bsbray11
Right, but are you saying the floors are causing "air" to be forced violently out of random windows before they are smashed into, or after they are smashed into?
Ahem, in one of my posts I said that due to structural failure on lower floors there could be a collapse of ceiling paneling, maybe in random places. You have shock waves racing down the beams, sure as hell that shakes things up and causes them to fall. The ceiling is almost always suspended from the concrete. It can break apart and fall down. I did that sort of construction myself.
Open the whole top of the plastic bag, and let air escape there at the same time, and see if it does the same thing. If you don't have an air-tight container you can't build up pressure. There is no two ways about that, unless you don't understand the physics of what we are talking about.
Unless you are a world renowned physics guru or at least a university professor, I doubt you have the clout or right to doubt my physics credentials.
You can have a container with holes and still build pressure if compression is fast enough. If you don't see that you have no business posting here.
Originally posted by bsbray11
Originally posted by buddhasystem
Originally posted by bsbray11
Explain the following:
1) How does air pressure accumulate when the floors are being destroyed so violently that solid debris, dust and gases are escaping constantly to the atmosphere outside?
That's because a particular floor structure does exist in more or less solid form for a while, before it gets smashed against the other.
Right, but are you saying the floors are causing "air" to be forced violently out of random windows before they are smashed into, or after they are smashed into?
Well you said it yourself, you don't know a satisfactory answer. Parts of ceiling paneling coming down will rocket dust and solid debris out hundreds of feet into the air, yeah right.
Yeah right. If you calculate the mass that's being dropped and the respective energy released (I know it's a challenge for you) you would see that a blown out window spewing a plume of dust and debris is not anything abnormal.
Well since I am way too incompetent to estimate the mass of a ceiling panel as shown above, and then its potential gravitational energy after a 10-foot drop, why don't you put your money where your mouth is and show us how it managed to rocket out all the crap seen in the above photo like some Disney cartoon? Because I'm not buying it, you can keep that cock and bull theory for yourself
Originally posted by -PLB-
So your are saying is that a big layer of compressed floors
Originally posted by bsbray11
It means to accumulate air pressure
.
Originally posted by Joey Canoli
Originally posted by bsbray11
It means to accumulate air pressure
This is a truther falsehood.
No great accumulation of air pressure is necessary to have dust and heavier objects being blown through the windows. Any strong wind will blow debris around. Stronger winds will blow heavier objects. Bazant did an analysis of this and got some pretty high numbers.
BTW, I'd be interested in reading your source of the core survivors being sucked up. Every testimony I've read from them - from the fire fighters for example - says that the wind was at their back and pushed them down, not up.
However, the survivors in Stairway B did not experience a downward wind. They experienced a very strong upward wind. ...
Lieutenant Mickey Croft of Engine Company Sixteen was somewhere around the second floor in Stairway B when the building began to collapse. He described the wind as being "fierce" and that it almost lifted his body.
Originally posted by -PLB-
If your think is that something is either airtight or totally resistless to air there isn't much further to discuss. I can only point out that you are wrong in this.
Originally posted by P1DrummerBoy
On a side note, I think it would be interesting to be one of the Mod's on this site...I'm curious to see how many of these guys have multiple accounts on ATS...
Originally posted by bsbray11
You were the one trying to say the floors were "layers" that were driving the air down like some solid piston.
After having that whole bogus theory ripped apart, no, I don't guess I did leave you with much to discuss.
I know you have faith but you can keep that to yourself. Also you might want to check out the testimonies I just posted for "Joey" (aka "ThroatYogurt," aka "CameronFox") above.edit on 22-12-2010 by bsbray11 because: (no reason given)
Originally posted by bsbray11
Originally posted by Joey Canoli
Originally posted by bsbray11
It means to accumulate air pressure
This is a truther falsehood.
No great accumulation of air pressure is necessary to have dust and heavier objects being blown through the windows. Any strong wind will blow debris around. Stronger winds will blow heavier objects. Bazant did an analysis of this and got some pretty high numbers.
Wind is caused by differences in air pressure. It's caused by the air from a high-pressure area rushing to fill in a lower-pressure area.
Originally posted by -PLB-
I can't recall I ever tried to say that. If I did I will retract that and replace by the argument that the pile of rubble falling down was dense enough to build up enough pressure to cause the observed effects.
Falling down rubble that is rather compressed doesn't let that much air through.