Shirley Bear you can see that the article was already reduced to layman's terms.
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I'm sure you have the number of times a beam that size has to be bent back and forth before it melted.
You'll never "melt" any metal by bending. You'll only weaken the layered crystal lattice.
What are your version of events please?
Something caused a whole lot of heat in all 3 buildings
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I read that. I know WTC 7 collapsed and I never believed the conspiracy version that says stuff like "controlled demo caused it". But that link does not say how "falling debris" from the towers managed to land waaaay over on WTC7. The fires that caused WTC 7's collapse must have come from somewhere.
I'm sure you have the number of times a beam that size has to be bent back and forth before it melted.
Shirley Bear you can see that the article was already reduced to layman's terms.
The link to the observations of molten metal in the bottom of the elevator shaft.
Something caused a whole lot of heat in all 3 buildings
Flame temperatures in room fires
Quote has been trimmed
There is fairly broad agreement in the fire science community that flashover is reached when the average upper gas temperature in the room exceeds about 600°C. Prior to that point, no generalizations should be made: There will be zones of 900°C flame temperatures, but wide spatial variations will be seen. Of interest, however, is the peak fire temperature normally associated with room fires. The peak value is governed by ventilation and fuel supply characteristics [12] and so such values will form a wide frequency distribution. Of interest is the maximum value which is fairly regularly found. This value turns out to be around 1200°C, although a typical post-flashover room fire will more commonly be 900~1000°C. The time-temperature curve for the standard fire endurance test, ASTM E 119 [13] goes up to 1260°C, but this is reached only in 8 hr. In actual fact, no jurisdiction demands fire endurance periods for over 4 hr, at which point the curve only reaches 1093°C. The peak expected temperatures in room fires, then, are slightly greater than those found in free-burning fire plumes. This is to be expected. The amount that the fire plume's temperature drops below the adiabatic flame temperature is determined by the heat losses from the flame. When a flame is far away from any walls and does not heat up the enclosure, it radiates to surroundings which are...
My version is the same as where it left off, nothing I have come across disputes these claims about WTC7.
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It shows pictures of huge pieces of the perimeter of WTC 1 sitting on the road at the base of WTC 7. It also has pic's of the damage to the roof of WTC' 5 and 6.
Yeah. I guess crap can travel a football field length and through another building to land on and near 7.
Yep. Which is why there is photographs of that debris.
Don't forget how tall WTC 1 was.
Yeah I know. It'd be nice if there was a vid of it though. Downward velocity does not pitch stuff horizontally. I can't see it rolling far after most of 1 was in a heap either. Unless the plane knocked a big wad of it off when it hit.......
Nah, because of the design of the buildings, it peeled like a banana and just fell right over from way on up.
In a lot of the pics, you can see it lying on WTC 5 to.
Ok.