A discussion of the lower ejections from WTC2.
Max pointed out:
Notice in this video the relatively small plume of white "smoke" well below the MER, and far below the collapse front.
Many of the people posting seem to believe that all noticable gaseous ejections can be explained through natural pressure build-ups being released during "progressive collapse".
There are so many of these forceful gaseous ejections witnessed in both towers that this conversation would probably be more productive if we talk about individual cases.
So how could people explain the two ejections seen well below the collapse plane in the video posted by Max as releases of high-pressure gas?
Video is at
http://www.youtube.com/watch?v=pbvx9i5O46M
Major Tom,
While everyone is busy dribbling on their bibs, let's see if we can't get a little work done.
Notice the distinct differences between the first ejection below the MER, and the later ejection above the MER. (I will not discuss the ejections from the MER at the moment.)
The event below the MER seems to be a bright white light that suddenly appears, and then maintains a consistent appearance throughout the collapse.
White "smoke" appears to emerge from it, and the "smoke" trail becomes more pronounced, as does its cast shadow, as time progresses.
The white "smoke" does not appear to be shot out forcefully, but rather seems to drift away from the source.
Also, given that this event is separated from the collapse front by a MER and by great distance, and given that the tower is sectioned to prevent chimney effects, it is very difficult to see this event as the result of pressure from the collapse.
Lastly, it is hard to imagine what would be the source of this white "smoke", even if it were from pressure buildup.
Now, look at the (later) ejection just above the MER.
That event has a much different appearance that the first.
Note that there is no sustained white glow at the facade.
Also, rather that "white smoke" just drifting away from the source, as in the first case, here we see a very forceful ejection.
It should also be noted that both events are approximately equidistant from the edge of the tower closest to each event. In other words, there is a symmetry to their locations.
Max
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