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But if you can't even tell us the tons of steel on each level in the core then it doesn't make sense to make a big deal about the different amounts of energy for different types of deformation because you don't have the data anyway. You can just use words to talk vague bullsh#
Originally posted by hooper
reply to post by psikeyhackr
But if you can't even tell us the tons of steel on each level in the core then it doesn't make sense to make a big deal about the different amounts of energy for different types of deformation because you don't have the data anyway. You can just use words to talk vague bullsh#
OK - South Tower - Level 45-46, 426.56 tons of steel and 1517 tons of concrete. Now tell me the exact type and level of deformation of every element on that level and exactly how much energy that deformation consumed.
Originally posted by psikeyhackr
Originally posted by hooper
reply to post by psikeyhackr
But if you can't even tell us the tons of steel on each level in the core then it doesn't make sense to make a big deal about the different amounts of energy for different types of deformation because you don't have the data anyway. You can just use words to talk vague bullsh#
OK - South Tower - Level 45-46, 426.56 tons of steel and 1517 tons of concrete. Now tell me the exact type and level of deformation of every element on that level and exactly how much energy that deformation consumed.
C'mon, I gave you your distribution numbers now give us the math that proves what was observed on 9/11/2001 was not physically possible.
Tell that to Varemia. He brought it up.
psik
Originally posted by hooper
C'mon, I gave you your distribution numbers now give us the math that proves what was observed on 9/11/2001 was not physically possible.
Originally posted by psikeyhackr
Originally posted by hooper
reply to post by psikeyhackr
But if you can't even tell us the tons of steel on each level in the core then it doesn't make sense to make a big deal about the different amounts of energy for different types of deformation because you don't have the data anyway. You can just use words to talk vague bullsh#
OK - South Tower - Level 45-46, 426.56 tons of steel and 1517 tons of concrete. Now tell me the exact type and level of deformation of every element on that level and exactly how much energy that deformation consumed.
Tell that to Varemia. He brought it up.
psik
Originally posted by psikeyhackr
But the math in my Python program is so simple that it cannot be disputed. 12 seconds is the minimum collapse time even without having to crush the core structure. So you need to explain why almost no energy is lost doing that crushing.
psik
Originally posted by Fluffaluffagous
Originally posted by psikeyhackr
But the math in my Python program is so simple that it cannot be disputed. 12 seconds is the minimum collapse time even without having to crush the core structure. So you need to explain why almost no energy is lost doing that crushing.
psik
Your program says that falling levels - which includes all the core columns and ext columns and floor assemblies - need to be set in motion by the falling mass.
Originally posted by psikeyhackr
If 12 seconds is the minimum time with no supports in the simulation then any real structure of the height being simulated must take longer. But how could a real structure come down in even as little as double the time?
psik
Originally posted by Varemia
Originally posted by psikeyhackr
If 12 seconds is the minimum time with no supports in the simulation then any real structure of the height being simulated must take longer. But how could a real structure come down in even as little as double the time?
psik
Honestly now, what would exert enough upward force to slow it down that much? You are making up expectations that fit your previously decided view.
Originally posted by psikeyhackr
ROFLMAO
Every level must be exerting upward force to resist the downward force of weight created by gravity. You did know that the buildings held themselves up against gravity for 28 years didn't you? Why don't you go look at a skyscraper? When you are standing up don't you notice that your legs are applying upward force to hold up your torso? Plus the buildings are designed with a safety margin so they are stronger than necessary.
You just did a great job of demonstrating that you don't actually know how to think in terms of the actual physics involved in this problem.
psik
Originally posted by Varemia
Originally posted by psikeyhackr
ROFLMAO
Every level must be exerting upward force to resist the downward force of weight created by gravity. You did know that the buildings held themselves up against gravity for 28 years didn't you? Why don't you go look at a skyscraper? When you are standing up don't you notice that your legs are applying upward force to hold up your torso? Plus the buildings are designed with a safety margin so they are stronger than necessary.
You just did a great job of demonstrating that you don't actually know how to think in terms of the actual physics involved in this problem.
psik
You do know that there is a significantly large amount of energy from changing from static to moving, right? Basic freaking physics dude.
Seriously, stop being such a moron.
Originally posted by DrEugeneFixer
reply to post by psikeyhackr
Quit spamming your video into every thread. If you want to have a discussion about it, start a thread about it.
Originally posted by psikeyhackr
... the majority of threads on this board I do not even open.
I don't care about Israelis or Islam or George Bush. So you cannot accurately accuse me of spamming every thread since most of the threads do not contain posts by me.
Originally posted by DrEugeneFixer
Originally posted by psikeyhackr
... the majority of threads on this board I do not even open.
I don't care about Israelis or Islam or George Bush. So you cannot accurately accuse me of spamming every thread since most of the threads do not contain posts by me.
My apologies. Your spamming does not reach every thread on the board. I was in error.
Originally posted by Cassius666
Debrie has been recovered in NY and at the pentagon, so I would guess the planes broke up in thousands of bits.
Originally posted by psikeyhackr
Originally posted by Cassius666
Debrie has been recovered in NY and at the pentagon, so I would guess the planes broke up in thousands of bits.
But it is the quantity and weight of the bits that will limit what it was that broke up.
psik
Originally posted by Cassius666
Originally posted by psikeyhackr
Originally posted by Cassius666
Debrie has been recovered in NY and at the pentagon, so I would guess the planes broke up in thousands of bits.
But it is the quantity and weight of the bits that will limit what it was that broke up.
psik
Fair enough, do we have any data on that?
Originally posted by psikeyhackr
Originally posted by Fluffaluffagous
Originally posted by psikeyhackr
But the math in my Python program is so simple that it cannot be disputed. 12 seconds is the minimum collapse time even without having to crush the core structure. So you need to explain why almost no energy is lost doing that crushing.
psik
Your program says that falling levels - which includes all the core columns and ext columns and floor assemblies - need to be set in motion by the falling mass.
The program is about MINIMUM COLLAPSE TIME it is not about explaining how the collapse occurred because the Python program is simulating masses held up by nothing. It can only be done in a computer.
Do not accuse the program of meaning what it does not or that I am claiming what I am not.
I am not interested going off debating bullsh#.
If 12 seconds is the minimum time with no supports in the simulation then any real structure of the height being simulated must take longer. But how could a real structure come down in even as little as double the time?
psik
The plane that hit the Pentagon should have had 12 wheels. Why do we always only see one picture of a wheel and it is such that the size cannot be determined?
There should have been 180 passenger seats and they were connected together in threes. I have not seen one picture of a set of passenger seats from the Pentagon.