The internal damage in the pentagon shows a large jet hit at an angle, not straight at the wall.
No, it shows a near, between 98 and 85 degrees, head-on collision, planned to hit with the plane's long center beam, head-on that row of double
columns.
Therefor causing the whole mass of everything behind the cockpit , especially the wing struts, and wing tanks, and fuselage tanks, to slump lightning
fast to the right, while further entering, because of the slightly smaller then 90 degrees entrance angle, before it raced further in, but followed
with a very fast changing to a much smaller entrance angle now, ending at 52 degrees, forced by change of momentum.
The plane now changed to a mass of liquidized aluminum mixed with jet fuel, and lots of other plane and building stuff.
With an increasing right sided momentum adding to the forward momentum, that only halted, when the whole plane was inside, without any further of that
momentum. It slit side-lings in, because of that enormous change of momentum. The remaining material's forward momentum kept going through, up till
that last ring's round hole in the outside corridor's brick wall.
Look at that diagram of yours, some heavy plane part halted at its deepest perpendicular point, at the corridor wall of the E ring. The rest went on
much farther inside, in a quite different, speed momentum slackening resulting, and decreasing angle. It "took a corner".
Test what happened, like this :
Keep your left hand in front of your face, not too far away, fingers stiff aligned and thumb straight up, the trick is you must have enough
flexibility left in the system, to feel any effect.
Now do the same with your right hand, only difference, keep it flat in front of you, thumb towards face. And in 10 cm of your upright held, tight left
hand fingers.
Now aim at the top of your left hand's longest finger, let's call it your ring-finger.
Aim with your stiff held, still flat held right hand, with its forefinger, at the top of the ring-finger of your still flat held left hand. Keep hands
10 cm spaced.
Now punch fast, but with both hands' fingers stiffly held, with the top of your right hand's forefinger, onto the top of your left hand's ring-finger,
and holding your right hand under a 85 degrees angle, away from you.
You feel, and see, that your right hand is forced backwards, away from you, if you hold both hands fingers stiff.
Since the biggest mass of your right hand is on the right side of the impact.
This is what happened when AA77 its nose cone reached the first double column of its row, under a very small different angle of attack than 90
degrees, let's suppose 85 degrees. The whole back part of that plane will instantly try to begin to swerve to the right.
The remote software aimed at something sending, hung up in that little green tree in front of column 16.
Otherwise they could not have reached such precision.
Meticulously planned...expect military style.
edit on 12/12/22 by LaBTop because: In last lines : under a very small different angle of attack than 90 degrees, let's suppose
85 degrees.
edit on 12/12/22 by LaBTop because: halted at its deepest perpendicular point, at the corridor wall of the E
ring.
edit on 12/12/22 by LaBTop because: The remaining material's forward momentum kept going (added material's)