😡
kross_emoji
@geoffkait
Geeze, Mr. Magic Rocks! Can’t seem to forget the physics of air, can you? Sorry, but that’s a completely valid and required component in the calculation of mass and sound moving though it. It’s funny how you ridicule me for reality and defend you fantasy fields. You’re the one who claims to tweak audio and video gear over the phone. Not me. You’re insane.
Ha ha! You pulled out all the stops that time, kross. I bet I know what's coming next. I always enjoy these extreme reactions from newbies. No worries, I realize you're physics challenged, so here’s a little tutorial for you. It’s not difficult.
Get smart on speed of sound:
What changes the speed of sound?
In fact, assuming an ideal gas, the speed of sound c depends on temperature only, not on the pressure or density (since these change in lockstep for a given temperature and cancel out). Air is almost an ideal gas.
have a nice hair day
kross_emoji
@geoffkait
Geeze, Mr. Magic Rocks! Can’t seem to forget the physics of air, can you? Sorry, but that’s a completely valid and required component in the calculation of mass and sound moving though it. It’s funny how you ridicule me for reality and defend you fantasy fields. You’re the one who claims to tweak audio and video gear over the phone. Not me. You’re insane.
Ha ha! You pulled out all the stops that time, kross. I bet I know what's coming next. I always enjoy these extreme reactions from newbies. No worries, I realize you're physics challenged, so here’s a little tutorial for you. It’s not difficult.
Get smart on speed of sound:
What changes the speed of sound?
In fact, assuming an ideal gas, the speed of sound c depends on temperature only, not on the pressure or density (since these change in lockstep for a given temperature and cancel out). Air is almost an ideal gas.
have a nice hair day