For an ideal gas undergoing a constant pressure change (i.e. isobaric

process) from State 1 (I,. P) to State 2 (Ti, P). prove that AS = C, In (3). Do this proof by deriving that d#f=

da, from the definition of enthalpy, i.e., H= U + PV, and the 1* law of thermodynamics.

BONUS Question (additional 5 Points). For an ideal gas undergoing a constant pressure change (i.e. isobaric process) from State 1 (T, P) to State 2 (T2, P), prove that AS = Cy In ). Do this proof by deriving that dH - dq, from the definition of enthalpy, i.e., H-U + PV, and the 1" law of thermodynamics