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Originally posted by ArMaP
If it was a meteor it would be much faster, nothing like what we see on the video.
It's a question of perspective, an aeroplane going away from the viewer makes a shorter contrail, and if the Sun is setting it creates this effect, that is why I think it's an aeroplane.
The average speed of a meteor is 42 km/s, too fast to be seen like we see on the video. Also, if it was burning in the upper atmosphere it should be leaving a trail of burnt material, so we should see some brighter spots on the places where those smaller pieces would fall.
Originally posted by _BoneZ_
Not if it is a VERY large meteor with alot of mass.
That is true, planes do not move sideways, unless there is a strong wind, in those cases they do move sideways. And there are some very strong winds at 30,000 feet.
Planes don't move sideways like that in the air unless they're light aircraft in the lower atmosphere. A large plane that is high enough (30,000 feet) to make contrails will not be affected by sidewinds that much to move that far away from it's course.
If you are seeing it from behind then you cannot see the space between the aeroplane and the contrail in the same way as you would if you were looking from beneath it. Also, what creates the contrails is not the engine, it's the body of the aeroplane (not the whole body, but the tips of the wings, the engine pods, etc.) passing through the atmosphere.
Contrails from a plane are very tiny coming off of the engines. This object is very large, burning up in the upper atmosphere. And the contrails are coming from the sides of the meteor burning up as opposed to behind the object if it were a plane.
Originally posted by ArMaP
OK, ignoring for now the fact that nobody else saw this "huge" meteor
Originally posted by ArMaP
That is true, planes do not move sideways, unless there is a strong wind, in those cases they do move sideways. And there are some very strong winds at 30,000 feet.
Originally posted by ArMaP
Also, what creates the contrails is not the engine, it's the body of the aeroplane
Contrails (short for "condensation trails") or vapour trails are visible trails of condensed water vapour made by the exhaust of aircraft engines.
Yes, and that is a different event, that video was posted on YouTube on October 22, 2008, the video from the OP is from Friday.
Originally posted by _BoneZ_
Did you see the post just above by Phage?
OK, that's a promise.
You will never, ever see a plane moving sideways like that at 30,000 feet or higher. And if you do, film it because it would be something amazing to see.
You're right, that was what I was thinking, and I was wrong. I hope I remember it the next time.
What you're talking about are wingtip vortices that are seen at lower altitudes near the ground and is also explained at the link.