And finally:
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Question #9, On your website you have a picture of one jet leaving a “chemtrail” with another jet at the same altitude in the background is not leaving one. I have seen jets side by side and one leaving a normal contrail and another leaving a chemtrail?
See
this post for a full discussion.
There are two possibilities. either the jets are not at the same altitude, and just look like they are because of the viewing angle, or they have different engines with different exhaust characteristics. The more efficient an engine is, the more likely it is to leave a lasting contrail, as there is more water in the exhaust. The photo on the right shows an Airbus A340 (maiden flight: 1991) on the left, leaving contrails, and a Boeing 707 (maiden flight: 1957) not leaving contrails. Both are flying at 33,000 feet (part of a German test to study contrail formation), but the newer engines of the A340 produce more water vapor.
Questions #10, How do you explain pictures of aircraft spraying chemtrails from ports other than the engines?
It’s an optical illusion. The contrails come from the engines. Engine exhausts contain a lot of water, which (combined with the water in the air), condenses, freezes and causing the contrail. Because it’s hot when it exits the engine, it takes a fraction of a second to condense and freeze (in 40 below temperatures). So it begins to freezes about 100 feet behind the engines, which makes it look like it’s coming from the ends of the tail section. This illusion is stronger on a shorter two-engine plane – look at the inner engines on the picture on the right. Since it’s a four engined 747 (240 foot long), the contrails form
before the tail section, but with shorter planes such as a 767-300 (180 foot long) the contrails would be forming about at the tips of the tail section when viewed from below (although they are actually well underneath the tail, as you can see in the close-up).
In very humid conditions, the turbulence caused by the aircraft itself can cause moisture in the air to condense, and hence freeze. This happens in areas of low pressure above the wing, and in the wingtip vortices, so you can get what looks like a solid sheet of contrail from the wing, and thin streamers from the wing tips (and maybe the tail), combined a bit further back with the engine contrails, as in the photo on the right. These low-pressure wing contrails can form at any altitude, given the right humidity, and account for the tales of planes landing “still spraying”.
Question #11, How do you explain scientists testing the fallout and finding aluminum, barium, nano particles, fungus, molds, viruses, etc in the mix?
They did not test contrails, they just tested some stuff they found on the ground, with no indication that it was connected with contrails (it would take several days for aerosolized matter to reach the ground, and by that time it would have been spread hundreds of miles from the original site). Most of the things they claim to have found are
things that naturally occur in air and dirt.