Message from @Deleted User
Discord ID: 613582414366769177
Pistons compress this fluid, radiate out the HEAT, when it decompresses it becomes COLD, that COLD gets vented into the fridge thus making your fluoridated piss and shit laced beverages cool
nice
WeLoveTheEarth#0756 LANGUAGE!!!
ok where's the temperature and pressure gradient
Oh sorry lol
Oh shoot
Read it dipshit
Also called: Joule-Kelvin effect
ok cool, that's not what's happening in the refridgerator
b/c that effect is for isenthalpic expansion
So what the fuck did I rip out of my old fridge to make a vacuum with then?
you took out the expansion valve/
why
No I took out the compressor
k
It COMPRESSES
not sure how a compressor makes a vacuum
Creating a vacuum in its wake
i gues on the inlet side
pretty crappy pump
First sensible thing you've said all day
could've just got an automotive one, a rotary vane
To be fair it was pretty shit until I got an air conditioning vacuum pump but it worked albeit slowly
so tell me where is the pressure and temperature gradient?
When you compress a gas it's temperature increases, but it's heat remains constant
when you decomress a gass it's temperature decreases but it's heat also remains constant
Up high the pressure is lower, the temperature is lower
no different
depends on it's joule thompson coefficient
joule kelvin
ideal gases don't change temperature at all
and by heat do you mean internal energy?
Well stick your thumb on the end of a bicycle pump and then push hard
ya my statement still stands
an ideal gas won't change temperature when throttling
real gases do, could go up or down
helium for example has a negative JT coefficient at room temp
so it's temperature actually goes up when it depressurizes
so again @Deleted User , where is the pressure gradient due to temperature in any of this?