Ok, but that doesn't change the heat of the thermosphere...

it's less dense in the upper atmosphere

density is extremely important here

The reason why spaceships do not burn up while leaving the atmosphere is that they are going the slowest at low altitudes where the air is densest and they only get to very high speeds when the atmosphere is very thin

If we are talking about the thermosphere, which receives radiation from the Sun, you must also realize that radiation also cools things down. Any object that is heated up will radiate that heat away, the hotter it gets the more heat it radiates per second. So as the Sun's input is constant, eventually the object will reach a temperature at which it is radiating the same amount of heat as it is absorbing. This is known as the "radiative equilibrium temperature". Part of satellite design and engineering is in minimizing the absorbed radiation from the sun, and maximizing the radiated radiation. There's whole books on the topic that you can read yourself actually

According to?

when the atmosphere is very thin, it's less molecules for the aircraft to push through, generating less heat

the ISS is like any other satelitte in this sense

Reptilian controlled.

The determination of the air density along the track of low-Earth-orbit (LEO) sat https://arc.aiaa.org/doi/full/10.2514/1.A34324ellite missions is possible by the recovery of the air drag force and momentum applying on the satellite.

reptilian controlled is shifting too far off the topic

stay on it

You refuse to accept new knowledge.

Very closed minded.

the thermosphere contributes barely to satellite damages due to radiative equilibrium temperature

insulting from you

which means you're running out of ground

either concede or continue without ad homs

It doesn't matter how many heat molecules linger in the thermosphere.

Besides, there's only one firmament anyway.

Prove the firmament exists

we're not talking about the firmament yet, keep on topic

You are using glober equations on a flat plane, of course they wont fit.

sun don't do that that's burden of proof

I just explained to you oakheart how the thermosphere doesnt burn up the ISS

once again shifting discussion oak

These equations were created by globers.

we're on the thermosphere

keep it together man

And I am discussing the equations you continuously bring up.

I can send you a 2D diagram on how the transfer of radiation works on satellites @🎃Oakheart🎃

If I used flat earth equations on a globe model, it wouldn't fit.

So how is this remotely making sense.

Use your senses and make empirical observations.

there aren't any flat earth equations

that I have seen

we're not on equations either

we're strictly on density in the thermosphere

stop shifting the goalposts

Explainations, equations, density.

All mathematics defined by globers.