Hi folks:
I am really bad at introductions. So I'll see what I can do.
I am physics/chemistry (mature) student who is still deciding what to do with the future. I have a background in...well, all sorts really: from science technician, to real state agent, to waitress, to bingo moderator...
Hello:
when I finally decided to study physics, I've noticed that my maths weren't all up to speed due to a background in humanities.
The most helpful website I found for maths is https://www.khanacademy.org/ (of course free). Which is a really good source to study maths from the very...
Hello:
sorry about that. No, the answer was not incorrect, but given this:
I thought I'd help.
I am sorry if I overstepped. I was only trying to help
Also, i didn't noticed that it was marked as resolved.
Again, am sorry
I think the answer might be along the lines:
PV=nRT
for adiabatic process PVgamma= A
V=nRT/P
so fitting this into the equation:
P(nRT/P)gamma
then you get TgammaP1-gamma=A/(nR)gamma
Use the same principle to substitute P=nRT/V into the adiabatic condition
hope that helps
Sorry about the...