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Originally posted by ANOK
Because people are never referred to as 'it'?
And coincidentally 'pull it' is a well know demolition term. Please don't try to claim it isn't.
I thought Frank Fellini had 'pulled' the firefighters out by 11.30am.
On top of that the owner of a building has NO say over whether the fire department should stop its operation. That is a public safety issue.
edit on 11/4/2011 by ANOK because: typo
Originally posted by plube
reply to post by GoodOlDave
well interesting dave...but Larry Silverstein is an intelligent man i would venture to say...and some whom would use words gramarically correct would you not say....
IT being in reference to an object.
THEM being in reference to persons or people.
Originally posted by waypastvne
Silly Truther.... You just said it. You are telling us that Larry said pull it to the firemen as in blow it up.
Do you get the connection, or do we need to explain further ?
Originally posted by ANOK
What has that got to do with 'pull it' meaning firefighters?
the physics proves WTC 7 was a controlled implosion demolition, period.
Originally posted by waypastvne
Larry was talking to a firefighter not a demolition teem when he said pull it.
Originally posted by v1rtu0s0
reply to post by GoodOlDave
Unless the explosives were already there.
Originally posted by waypastvne
Larry was talking to a firefighter not a demolition teem when he said pull it.
According to plube's physics which you backed up. WTC 7 had the most potential energy of all three buildings,why would it not collapse.....Truther ?
Potential Energy
An object can store energy as the result of its position. For example, the heavy ball of a demolition machine is storing energy when it is held at an elevated position. This stored energy of position is referred to as potential energy. Similarly, a drawn bow is able to store energy as the result of its position. When assuming its usual position (i.e., when not drawn), there is no energy stored in the bow.
Students believe potential energy is a thing that objects hold (like cereal stored in a closet).
Students believe stored energy is something that causes energy later. It is not energy until it has been released.
Originally posted by GenRadek
You mean those fireproof and impact proof explosives that can withstand direct exposure to flames and high temps for 6-7 hours? WOW! Those are some awesome explosives! And to think the wiring also managed to survive all of this too.....
Thermite is not easy to ignite. Thermite has a very high activation energy required to start the reaction. The two most common ways to ignite thermite are...
...It is important to mix the thermite ingredients thoroughly in order to create a homogeneous mixture. Unless the thermite is sufficiently mixed, it may be difficult to ignite or sustain the thermite reaction.
The ignition temperature of thermite is extremely high. Therefore, traditional ignition methods like fuse, matches, and electrical igniters do not work. There are several ways to safely light a thermite mixture, the most common being...
Thermite is typically very difficult to ignite, requiring a temperature of over 3,000 degrees F just to get the reaction started. It will not ignite using ordinary safety fuse, or from contact with open flame.
Originally posted by ANOK
Again you fail to understand Pe, as in the other posts that explain your constant misunderstandings.
Originally posted by ANOK
Pe is the stored energy due to the position of an object.
Originally posted by ANOK
Pe is relative, it depends on mass and height, spring force, outside forces acting on it etc.,
Originally posted by ANOK
Once again this discussion has to go back to school...
Originally posted by ANOK
Potential Energy
An object can store energy as the result of its position. For example, the heavy ball of a demolition machine is storing energy when it is held at an elevated position. This stored energy of position is referred to as potential energy. Similarly, a drawn bow is able to store energy as the result of its position. When assuming its usual position (i.e., when not drawn), there is no energy stored in the bow.
www.physicsclassroom.com...
Originally posted by ANOK
An object at rest has NO Pe.
Originally posted by ANOK
Now I don't want to hear your nonsense about Pe anymore, OK?
Originally posted by ANOK
Originally posted by GenRadek
You mean those fireproof and impact proof explosives that can withstand direct exposure to flames and high temps for 6-7 hours? WOW! Those are some awesome explosives! And to think the wiring also managed to survive all of this too.....
If thermite was used it needs a much higher temp than a room fire to set it off, and it will not be set off by impact.
If there were any other type of explosives they could have simply been set only in the lower floors, to blow out the much larger core columns.
Thermite is not easy to ignite. Thermite has a very high activation energy required to start the reaction. The two most common ways to ignite thermite are...
...It is important to mix the thermite ingredients thoroughly in order to create a homogeneous mixture. Unless the thermite is sufficiently mixed, it may be difficult to ignite or sustain the thermite reaction.
amazingrust.com...
The ignition temperature of thermite is extremely high. Therefore, traditional ignition methods like fuse, matches, and electrical igniters do not work. There are several ways to safely light a thermite mixture, the most common being...
www.pyroguide.com...
Thermite is typically very difficult to ignite, requiring a temperature of over 3,000 degrees F just to get the reaction started. It will not ignite using ordinary safety fuse, or from contact with open flame.
www.unitednuclear.com...
edit on 11/6/2011 by ANOK because: typo