We can determine the earth's rotation to an accuracy of .000001%. Learn some science.
yet we have multiple proofs that it does not work, and only your word that it does.
oh, you say, sure it does, but only when you use the gyroscope NASA built.
The thermosphere isn't hotter than the inside of the ISS.
this comment, is just hilarious. you really just make stuff up to fit your dialog, don't you. from wikipedia:
The highly diluted gas in this layer can reach 2,500 °C (4,530 °F) during the day. Even though the temperature is so high, one would not feel warm in the thermosphere, because it is so near vacuum that there is not enough contact with the few atoms of gas to transfer much heat.
so, if you could contact them, they be insanely hot, yet somehow they are keeping themselves cool inside that tin can, which would pick up the solar radation (ever been outside and felt the sun??? it would be much worse up there... hence the reason it is said to be so hot... )
Learn some science.
you mean learn Main Stream Science lies.
Well, earthcustodians is a pseudoscience spamming knucklehead.
haha, that is what i'd call you. you support the people that damned Nikola Tesla to poverty, even though he actual invented the majority of the technology we are using today.
"multiple proofs"
hehehe
Multiple proofs of being a knucklehead maybe.
yea, just ignore that thermosphere stuff... you'll never win that one.
What is there to ignore?
You don't understand the difference between temperature and heat, therefore the earth is flat.
Makes perfect sense. :-)
you don't understand solar radiation, pretend it isn't a thing, you just pretend those molecules get warmed up by the sun yet the space station is immune. you and your insane false science...
Objects absorb and radiate heat at known rates under known conditions. The space station reflects most solar radiation passively. It also radiates heat. It also has additional heat exchangers that radiate extra heat when necessary.
lol, radiate heat to what? either the molecules are too far apart to transfer heat... or your explanations are in contradiction.
You are correct. The thermosphere is much too thin to radiate the heat by convection. It is a radiation dominated environment. The ISS heats up by absorbing sunlight and cools down by emitting infrared energy.