Q$2$ D$)10\%(3$ marks$)$ Determine $H$ and $S$ for Liquid isobutene for a change from

state bar$)$ to state $,$

Volume expansively factor $\{$:$=526\frac{{10}^{-6}}{K},MW=58\mathrm{.}12\frac{g}{m}ol).\frac{1}{b}ar={10}^{5}Pa$

DATA For ideal gas $,S=Cpln(\frac{T_2}{T_1})-Rln(\frac{P_2}{P_1})$

For liquids $,H=Cp(T_2-T_1)+(1-T_2)V(P_2-P_1)$

$S=Cpln(\frac{T_2}{T_1})-V1(P_2-P_1)$