Reheat said:
All anyone needs in the location of the aircraft at any specific time. Witnesses don't need to know any of those items.
But you did not even seek to define this variable. You used observations which lead to logical absurdities when taken literally. You patently ignored other observations which did not lead to such absurdities. Then you don't even address criticisms of your model and say "where's your math", indirectly indicating that your model is correct. Here's what a real scientist would have done:
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Building a Mathematical Model
1)Identify the problem
You attempt to identify the problem as "Is the NOC aerodynamically possible?", yet you do not study this exclusively. You also throw in Morin and Paik's testimony. You give precedence to Morin's account even when it contradicts both itself (if taken literally), Paik, and the NOC witnesses. You give no reason for preferring Morin- one can only assume it is because you set out to disprove CIT.
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define the terms in your problem
You do not attempt to define your variables, even when public information shows that they are wrong (e.g. the decoy jet being AA 77). You make no attempt to clarify these values with either CIT or PFt, and run away from their forums when challenged.
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2) Begin with a simple model, stating the assumptions that you make as you focus on particular aspects of the phenomenon.
You don't state your assumptions.
757=Decoy Jet is stated as a fact, when it is really an incorrect assumption.
You assume that some parts of witness testimony are completely objective while others are not- and you give no reason for this assumption!
You assume that one witness testimony, and a self-contradictory one at that, invalidates all other contrary testimony- and again you give no reason for this assumption. It sure looks like trying to deliberately build a model that produces your desired result.
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3) Identify important variables and constants and determine how they relate to each other.
Again, no attempt to define your variables.
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Verifying and Refining a Model
Once the model has been developed and applied to the problem, your resulting model solution must be analyzed and interpreted with respect to the problem. The interpretations and conclusions should be checked for accuracy by answering the following questions:
* Is the information produced reasonable?
* Are the assumptions made while developing the model reasonable?
* Are there any factors that were not considered that could affect the outcome?
* How do the results compare with real data, if available?
No attempt from either you or your Jref followers to ask any of these questions. In fact, when others ask these questions, you mindlessly repeat:
"Where's your math?", again not even addressing criticism of your model.
This isn't science.
Reheat said:
I'm not the one who misinterpreted Morin's account, or Paik's either. They fit together nicely without your spins to make it what you want it to be.
Paik placed the plane over the FOB. That does not fit Morin's parallel claim. You are yet again blatantly lying to save your strawman paper.
Reheat said:
I don't need to debate [...]I've already won.
That quote sums you up rather nicely.
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