Yes that's the one I'm struggling with sorry, the first one. The 2nd and 3rd I believe I have proven as said in the previous post.
I completely screwed up the first one, the actual problem is as follows:
(d^2f / dv^2)_T = 1 / Kv
This is the one I am struggling with at the moment. Sorry...
Thank You, I think the answers were staring me in the face but in a different format and i didn't put 2 and 2 together until your response. I now have a solution where T=du/ds with v constant and T=dh/ds with p constant (correct?) and plugging these into the equations cv=T(ds/dt)_v and...
Homework Statement We are working on some problems for class and we are given statements which I accept as valid but don't know how to prove they are valid. I believe I have to utilize the maxwell relations but the terms seem unfamiliar to me.Homework Equations
(1)
Partial
(d^2f / ds^2)_T = T /...