Difference between revisions of "PChem312 f20 w13"

Revision as of 14:42, 9 November 2020

We will now highlight how to calculate entropy (ΔS) for four processes involving ideal gases:

1) Reversible Isothermal Expansion or Compression

V_iT_i-->V_fT_f

2) Constant P, V temperature change

V_iT_i-->V_iT_f

P_iT_i-->P_iT_f

3) Changes in both V and T, constant P

V_iT_i-->V_fT_f

4) Changes in both P and T, constant V

V_iT_i-->V_fT_f

@@ Line 4: / Line 4: @@
 ===Monday, Nov 9, 2020===
-At this point you should be fully capable of calculating enthalpy for just about any process/reaction. We will now highlight how to calculate entropy (ΔS) for four processes involving ideal gases:
+We will now highlight how to calculate entropy (ΔS) for four processes involving ideal gases:
 ) Reversible Isothermal Expansion or Compression