Applied numerical question

Show your m-files and printing output, i.e. charts/graphs. Non-Ideal Gas (van der Waals equation) An equation of state for a non-ideal which is commonly used is the van der Waals equation for 1 mol of gas P = (R*T)/(V-b) - a/(V^2) The a and b values are Ideal Gas: a = 0, b = 0 (so it reduces to ideal gas equation) Nitrogen: a = 16.4349 b = 0.0386 Oxygen: a = 16.5896 b = 0.0318 Gas Individual Gas Constant SI Units (J·kg-1·K-1) Air 286.9 Nitrogen (N2) 296.8 Oxygen (O2) 259.8 1. For T=300 K and V=10L, calculate the pressure for nitrogen and oxygen and compare the results with ideal gas. 2. Plot the pressure for oxygen & nitrogen for a range of volumes from 0.1L to 10L (in steps of 0.05L) and compare to ideal gas. 3. Plot the ratio of the pressure of nitrogen to oxygen and note what happens as the gas is compressed to about 1 L. Discuss your findings.