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Fájdalmas Megtévesztések Painful Deceptions, part 7 Since at least one man and woman survived, and since they were on different floors, they prove that the fires and airplane debris did not extend throughout the entire area of crash zone. Furthermore, these people walked to the hole from wherever they were at the time of the crash. How could this woman walk through burning jet fuel? How could she survive fires that were so intense that they were capable of destroying a steel structure? To put that another way, how could a fire destroy a massive steel structure if it was not capable of destroying human life? Obviously, some areas were not soaked with jet fuel, and the fires were not everywhere. This would explain why the holes are so black and why there are so few flames. We can see this woman because she was brave enough to walk to the very edge of the hole, but there may be other people further inside who are staying away from the hole. We can see this man because he is next to a broken window, but we cannot see into the windows because of the glare, so it's possible that there are other people near him but behind the glass. What are the chances that only two people survived the airplane crash and fires, and both of them were coincidentally caught in this photo? I would bet that other people also survived, but we cannot see them. They may be trying to get down the stairs. As I explain in more detail in the book, there is no evidence that the fires in these towers were extreme. In fact, the fire in the Meridian Plaza office building in Philadelphia in 1991 was much worse, and that building did not even break into two pieces. The fire in the South Tower was so small that it did not even spread from one side of the floor to the other. The people who jumped out the windows created the illusion that the fire was so intense that they would rather jump than be burned by the fire. However, the photos do not show fire in the area where these people were jumping. Rather, the photos show lots of smoke. The smoke and the lack of flames are evidence that the fires were not getting enough oxygen. This would cause the plastic and rubber to create toxic smoke. This in turn could cause people to jump to avoid a slow, agonizing death from toxic smoke. Even if the fires were intense, fire does not shatter steel structures. Look at a steel grate in a fireplace. The grate is in contact with hot coals for hours. Sometimes natural gas flames burn underneath at the same time. However, the grates never shatter into pieces. Rather, the heat merely causes the iron to oxidize faster than normal. After many years the grate develops a multicolored crust of oxide, with particles of ash and soot in the crevices. Pieces of the grate eventually fall off, but only because of the thinning of the metal due to oxidation. No fire has ever caused a fireplace grate, steel building, steel automobile, or any other steel structure to disintegrate. The maximum temperature hydrocarbons can reach in the atmosphere is about 1800 degrees Fahrenheit. However, that maximum temperature can be reached only when the hydrocarbons and the air are mixed in perfect proportions. These perfect proportions are reached only in a few controlled situations, such as a kitchen stove. This produces flames are clean and a beautiful blue, rather than yellow, and leaving trails of soot. Even though stoves reach the maximum possible temperature, they never shatter into pieces. So how could even lower temperatures cause the towers to disintegrate? Controlled Demolition is a company that demolishes old buildings. They demolished the building in Oklahoma City that Tim McVeigh was accused of blowing up. They were also hired to clean up the mess at the World Trade center. They developed a special explosive and technique of using it for demolishing steel structures. There are so proud of this technology that they trademarked its abbreviation. Their British division describes the technology as: "Our DREXS systems.. segment steel components into pieces matching the lifting capacity of the available equipment." In other words, if your trucks can hold pieces of steel up to 24 feet in length, then this company will cause all steel assemblies to break into sections 24 feet or less. Look at the rubble of the World Trade Center. Is it a coincidence that the entire steel framework of both towers broke into pieces no longer than the trucks that were hauling them away? Only a few of the thousands of pieces had to be cut with torches. If a fire can do exactly what Controlled Demolition does with their special trademark explosives, then I'd like to start a new business called Fire Demolition, Inc. This company will demolish buildings by setting a few small fires on a few floors. These fires will demolish the building just as thoroughly, but at much lower cost. I need money to get this business established. Are any of you interested in investing? NASA and the US Geological Survey created this thermal map of the temperature of rubble. This map was created 5 days after the towers were attacked. Obviously, the rubble would be cooler after 5 days than it was on Sept 11th. Also, firemen sprayed water on the rubble during those 5 days. However, one location in the rubble of Building 7 was above the melting point of aluminum, and so was one location in the rubble of the South Tower. Not surprisingly, smoke came out of the rubble for months. Peter Tully, president of one company hired to help remove debris, and Mark Loizeaux, president of Controlled Demolition, told the American Free Press that steel had melted at the bottom of the basements in the towers and Building 7. These incredible temperatures are more evidence that explosives were used. The explosives in the basements had to be powerful to break apart the massive steel beams. Explosives create very high temperatures, and the heat had nowhere to go since it was deep underground. According to the scientists who analyzed the seismic data, the north tower collapsed in about 8 seconds. The collapse started at about the 94th floor, near this woman. This means that 94 floors shattered at an average rate of about a ten floors per second. If this woman had tossed a steel beam off the edge, it would have hit the ground about 8 seconds later. The formula to figure this out is very simple... if we ignore air resistance. t = sqrt ( d / 16 ) 94 floors at 12 ft. per floor is 1,128 feet. Divide that by 16 and take the square root, and we get 8.4 seconds. This means that the north tower collapsed as fast as objects fall when there is no air resistance. As I explain in my book, explosives were shattering the towers slightly faster than the rubble was falling. The towers were built by the government, so taxpayers owned both of them. However, somehow the government was convinced to lease the towers for 99 years. Larry Silverstein became landlord on July 24th, less than two months before the attack. He then had control of the maintenance and security departments, and he began to replace security personnel. Silverstein brought Frank Lowy into the deal to become landlord of the underground shopping mall. Lowy is a billionaire who owns shopping malls in several nations. After the towers disintegrated, Silverstein demanded insurance companies pay him twice what the policy stated on the grounds that each tower was a separate attack. What a coincidence that after these guys got control of the World Trade Center, Osama decided to destroy the entire complex. Or is this Israeli journalist correct that a few Israelis were involved in the attack? He believes the wedding hall that collapsed mysteriously in Jerusalem was their test of demolishing a building while people were in it. And is he correct that the mysterious crash of Egypt's Flight 990 was a test of the getting control of an airplane? A newspaper in New Hamsphire mentioned the amazing coincidence that the air traffic controller watching over Flight 990 also watched over the two planes that hit the towers. How could explosives be put inside the towers while people were working there? The packages of explosives could be placed in the area above the ceiling tiles. Each package would have a battery and a radio receiver. |