Make a function which will calculate the pressure of a gas using Van der Waals Equation: The Van der Waals function will have arguments: temperature (T) in Kelvin,molar volume (Vm) in L/mole,critical temperature (Tc) in Kelvin andcritical pressure (Pc) in atm.(Tc and Pc are characteristics of the substance.) Within the function also define the gas constant R= 0.08206 L·atm/mole·K. The Van der Waals equation to calculate the pressure, P is: Where Within the function, create variables a, b and Vc, and calculate the value for each prior to calculating P. Using the MATLAB editor, make a script m-file for the following: Calculate the pressure withTemperatures over the range 255 to 315 K at intervals of 2 K, and Vm = 25.35 L/mole, Consider two substances:For ammonia: Tc = 141.15 K and Pc = 111.5 atm.For carbon dioxide: Tc = 241.9 K and Pc = 73.0 atm. Make a table with temperature in column 1, pressure for carbon dioxide in column 2 and pressure for ammonia in column 3, and write the table to a file.

Make a function which will calculate the pressure of a gas using Van der Waals Equation: The Van der Waals function will have arguments: temperature (T) in Kelvin,molar volume (Vm) in L/mole,critical temperature (Tc) in Kelvin andcritical pressure (Pc) in atm.(Tc and Pc are characteristics of the substance.) Within the function also define the gas constant R= 0.08206 L·atm/mole·K. The Van der Waals equation to calculate the pressure, P is: Where Within the function, create variables a, b and Vc, and calculate the value for each prior to calculating P. Using the MATLAB editor, make a script m-file for the following: Calculate the pressure withTemperatures over the range 255 to 315 K at intervals of 2 K, and Vm = 25.35 L/mole, Consider two substances:For ammonia: Tc = 141.15 K and Pc = 111.5 atm.For carbon dioxide: Tc = 241.9 K and Pc = 73.0 atm. Make a table with temperature in column 1, pressure for carbon dioxide in column 2 and pressure for ammonia in column 3, and write the table to a file.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion

Problem 6E

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