which means the heat isn't distributed so strongly

No it doesn't, but that most cultures have stories of giants that I know of I do agree with

do you know how fast they are going cause i do

it *would* suck to be up that high completely exposed by humans can built things to tolerate it

its the different versions of the Deku tree

lol

somethine something 2k mph?'

No we haven't they getting exposed to radiation several times of day up there

Have you seen this guys channel?

yeah it's not going to matter. remember how things glow brightly when entering our atmosphere?

https://www.youtube.com/user/Stellium777

very interesting

they only glow in the denser parts of the atmopshere, even though those layers are relatively cool

he is in the 24/7 server sometimes. sharp guy

it's the thickness of the "stuff" in the air that generates heat against something

exosphere = less thick "stuff" = less heat

it says i subscribed already. i must've saw a vid of his on here

It's convection. Less molecules to transfer heat. Same reason why you wouldn't actually freeze right away if you were to jump out into space like the movies always show.

You gots to be a real special breed to not know your model and think it through with the info they provided and sit back and really think if that is possible or what is more possible is that they are lying to you

thanks?

Yeah, all that I've tried has worked out so far

I suggest you take the link and re read what each part of the atmosphere contains and the temps and speeds of each and the other tow layers they don't mention and oh the Van Allen belt also. Come back when you know more about it then me and we can compare nots on possibilities. The exosphere is the highest and top layer of the Earth's atmosphere. It starts at 500 kilometers high and marks the edge of space. There are very few molecules in this layer. This means that it has the lightest atmospheric gases such as hydrogen, helium, carbon dioxide and atomic oxygen near the base of exosphere.


In the upper regions of the ionosphere, beginning several hundred kilometers above Earth's surface and extending tens of thousands of kilometers into space, is the magnetosphere, a region where the behavior of charged particles is strongly affected by the magnetic fields of Earth and the Sun.
https://www.britannica.com/science/ionosphere-and-magnetosphere

You know what I do minful when i read i take each world and look them up as I go to make sure I am up on the definition and I understand fully what they are saying. Each word. I don't let anything get past me. I want to know so I research all the big word all the little then I find out the numbers and then cross reference what was mentions and study up on the materials mentioned and what is available. You should to. It will help you see clearly.

?

I told you that it was thinner

what's the problem

Temperature doesn't mean much that far out because of gas density and heat transference.

we *just* went over this

If all that is standing in the way of them, and radiation and all those gases and temps and speed changes is that suit then well use your head.

you're the one that needs the review since you didn't get the concept of thinner = less molecules = less heat transfer

The ISS orbits out of the way of the Van Allen belts.

it's low earth orbit, in the Thermosphere.

wrong

Fun convection example: stick your hand in a pot of water at 90 degrees and you'll sustain a major injury. Sit in a sauna at 90 degrees and you'll be quite comfortable for a while. Now hang out in the Thermosphere with almost no gas density and you'll be quite cold despite the name.

Although the exosphere is technically part of Earth's atmosphere, in many ways it is part of outer space. Many satellites, including the International Space Station (ISS), orbit within the exosphere or below.

The Thermosphere is just below the exosphere.

The ISS spends the majority of its orbit there.

wrong about the temp just making excuses and not researching what i am saying just regurgitating what you were told not actually looking up what it means.

Perhaps there's a misunderstanding. What are you saying about the temp?

That the ISS can't sustain the heat from the Thermosphere?