Question: Must use Mathematica to solve this problem Plotting in Mathematica: For this homework, you will use the Redlich - Kwong EOS to plot the temperature

Must use Mathematica to solve this problem Plotting in Mathematica: For thisMust use Mathematica to solve this problem

Plotting in Mathematica: For this homework, you will use the Redlich - Kwong EOS to plot the temperature as a function of molar volume (homework 3), and construct the vapor-liquid co-existence curve for water (homework 4). - - RT a 1 P=0-b - 17, *v(v + b) T/2 0.4275 * R2 * T2:5 a= - PC 0.08664 *R*TC b = Po cm? * bar Contants: Tc = 647.1K, Pc = 220.5 bar, w= 0.344, R = 83.14 maleve Homework 3: Using the Redlich - Kwong equation of state, plot the temperature as a function of molar volume. The volume should range between 20 and 3000 cm3/mol in increments of 20, with the pressure constant at 110 bar. Plotting in Mathematica: For this homework, you will use the Redlich - Kwong EOS to plot the temperature as a function of molar volume (homework 3), and construct the vapor-liquid co-existence curve for water (homework 4). - - RT a 1 P=0-b - 17, *v(v + b) T/2 0.4275 * R2 * T2:5 a= - PC 0.08664 *R*TC b = Po cm? * bar Contants: Tc = 647.1K, Pc = 220.5 bar, w= 0.344, R = 83.14 maleve Homework 3: Using the Redlich - Kwong equation of state, plot the temperature as a function of molar volume. The volume should range between 20 and 3000 cm3/mol in increments of 20, with the pressure constant at 110 bar

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