Consider the Relich-Kwong equation of state P = \frac{RT}{v-b} - \frac{a}{v(v+b)\sqrt{T}}P=v−bRT−v(v+b)Ta For methane, a = 32.19a=32.19 bar(m^33/(kg\cdot⋅mol))^22 K^{0.5}0.5 and b = 0.02969b=0.02969 m^33/(kg\cdot⋅mol).Find the specific volume at the critical point predicted by this equation in m^33/kmol.

Consider the Relich-Kwong equation of state P = \frac{RT}{v-b} - \fra

1.	Consider the Relich-Kwong equation of state P = \frac{RT}{v-b} - \frac{a}{v(v+b)\sqrt{T}}P=v−bRT−v(v+b)Ta For methane, a = 32.19a=32.19 bar(m^33/(kg\cdot⋅mol))^22 K^{0.5}0.5 and b = 0.02969b=0.02969 m^33/(kg\cdot⋅mol).Find the specific volume at the critical point predicted by this equation in m^33/kmol.
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