In the first series of three photos we can see the initial ejections from the west face (left side). Note the similar intensity in all ejections marked by the red arrows.
Please note the evolution of the ejections.
The next series of 9 photos shows the time evolution of earliest ejections on the west face from a different angle.
We will notice large perimeter pieces emerge from the areas marked in red and green. They will quickly become detached from the building and go into freefall.
We will notice a row of ejections begin on the far right corner and work their way left from the points marked in yellow.
The reader can use the 2 points marked above as reference points in the following photos.
The red dot shows the leftmost ejection from the row. The pink shows where a light colored ejection will emerge from in the next photo.
Please note the very rapid time evolution of the red dot ejection in the next photo.
In the next photo we will see the first sign of a large perimeter sheet emerge from the dust (red circle). We can know where it came from by comparing it's location with the light colored ejection (white arrow) and projecting this series of photos backwards.
At least 3 separate sheets emerge.
The large pieces marked in red and green lead all other objects in the fall as the following photos show.
Please note the dust clouds marked by blue arrows.
You cannot see it happen but the entire west perimeter wall in the region of the mechanical room floors is popping off the building in huge unbuckled rectangular sheets and going into freefall at the moment the photo was taken. Proof will be provided in the following photos.
I am not sure what is in the pink circle. I do not think it is the section I've been marking in green but it could be.
It could be the sections shown in the following photos. They clearly contain at least the large majority of the west perimeter for the upper mechanical floors, if not all of them.
The perimeter along the upper mechanical room floors are the large rectangular sections in the 2 photos below. The "zig-zag" pattern along the edges of the other large (huge) sheets mean they are broken along bolt connections and must be either from totally above or totally below the upper mechanical floors.
Because the huge sheets with the edge zig-zag pattern are leading the mechanical perimeter sheets in the fall I suspect they must be from above the upper mechanical rooms.
I'll have to leave that for a new presentation because my mind at present cannot even remotely grasp how the west face of the
upper block can do that.
The mystery deepens.
Created on 05/22/2009 04:05 AM by admin
Updated on 05/22/2009 10:11 PM by admin
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