as in, further out.

No wrong again

are you confusing it with the *mesosphere?*

No not at all

maybe I'm messing up then. Gotta double check.

If you read you might just learn to stop regurgitating or

Regurgitate correctly

My earlier "regurgitation" was a result of previous study on the subject.

The active, changing layer Parts of the ionosphere overlap with Earth's magnetosphere. That's the area around Earth where charged particles feel Earth's magnetic field. In the ionosphere, charged particles are affected by the magnetic fields of both Earth and the sun.The Earth's thermosphere also includes the region of the atmosphere called the ionosphere. The ionosphere is a region of the atmosphere that is filled with charged particles. The high temperatures in the thermosphere can cause molecules to ionize. This is why an ionosphere and thermosphere can overlap

So, the magnetosphere is beyond the thermosphere.

The first Van Allen belt starts at 700km

All three are one in the same broken into a b c d layers budy

according to the reading so you don't have to take my word for it

@liks Right and the thermosphere is at 90km

and how far above the terra is that?

I know but do yo

It is a lot of word soup I know

coupled with the speed and a little bobble and they are dead

baby go nite nite

Regardless of *where* exactly the magnetosphere is, convection is minimal at that distance due to almost no gas density.

even with great speed

there's no way to transfer heat.

but some how on every video shown they seem to be going slow motion around that fake curve when they dock up right? It is amazing no?

haha, well I imagine that would be relative due to distance, but it's hard to tell for sure.

If it is so cold how they stay warm with temps un registerable

Heating systems?

i mean the questions beg answers and there are a lot of them and guess what they don't add up when you really stop to think about it. Can't tell you how many times on camera there has been bobbles going that speed and they just continue like its only moving 10mph when they are really speeding along at a whopping 12k mph

yet we are only said to be going 1k makes no sense at all

You can only really tell speed when you have wind resistance. There's no resistance at that height. No air to generate it.

wrong again

haha well, can you tell you're flying 800km per hour while sitting comfortably on an airliner? you don't feel any of the air resistance inside the plane.

If it wasn't for the noise and turbulence every so often, you could easily think you weren't moving at all.

I think it's bedtime. Thanks for the chat, Sassy! Have a good night.

The thermosphere has weather and climate akin to that observed at the Earth's surface. ... The density of the thermosphere at approximately 400 kilometers in altitude can change by an order of magnitude between quiet and disturbed conditions, and the winds can reach 1 kilometer per second.Most of the molecules that exist in the exosphere end up being pulled back into earth's lower atmospheric levels by gravity. Some do make it into outer space however because of the low level of gravity and pressure in the exosphere. The pressure in the exosphere is created by solar wind storms that compress it.The solar wind can be strongly affected by solar flares and coronal mass ejections, both of which fling huge amounts of coronal material and embedded magnetic fields into space. These ejected particles become a powerful “gust” in the solar wind. When they reach the earth, they can cause severe space weather storms.

I just be gathering info and breaking down what it means you know that is all. I investigate what is said like I said

notice how short your rebuttals are? better read up go fast it is easy google is at your service man

I know, that's what I do too! Best to read both sides of the argument.

```The thermosphere lies between the exosphere and the mesosphere. “Thermo” means heat, and the temperature in this layer can reach up to 4,500 degrees Fahrenheit. If you were to hang out in the thermosphere, though, you would be very cold because there aren’t enough gas molecules to transfer the heat to you. This also means there aren’t enough molecules for sound waves to travel through.```

That's from NASA directly

duh and then you have to do a little thinking don't you after that you have to ask yourself what can make that null? Speed, Solar winds etc. then you look at what it says about those things. Come on it is not hard to use your brain other then read. Can't just stop at reading and be like oh okay that's it. Once you have the info then you set out to learn. You say how can this or that occur.

If you're agreeing with me that there's very little heat transference at that distance, then I'm not sure what you're arguing, Sassy.