using python

isotherms The ideal gas law relates the pressue o volume V, and temperature Tom an ideal gas pV = nRT where N is the number of moles and R = 8,3145 J/(K mol). Plots of pressure (-axis) versus volume i-Ns) at a constant temperature are called Isotherms. Pot the isothems for one mole of an ideal gas tor volume ranging from 1 to 10 m at a number of User specified temperatures (in Kelvin). Prompt the user for a list of isotherms (temperatures) to plot and test your script with T = 100, 200, 300, and 400 K. Make sure you let the user know to separate the temperatures with spaces and that the temperatures must be entered in Kelvin. Sort the input temperatures from low to high using the .sort() function before performing any calculations. Include text output in the form of a tablic with headers for cach temperature using the tabulate module. Each table must have the temperaturc pnnted directly above it and have the volume in the first column and pressure in the second. Use integer values of volume and the associated calculated pressures at each Isothem to create the tables. Then use 100 volume values over the same range to create lists for plotting. You will need to either use nested for koIs al nested list exmprehensin la Crnale lists and make tatiles. This is a fin one In 1: poening comments # import nodules # define functions, 1.e. frange() and list_input) it script title and by-line # ask for list of tenperature values then sort the list # assign other variables including V from 1 to 10 in steps of 1 it loup through temps to calculate pat each V and create table at each temp # assign 100 values of V from 1 to 10 # lonp though temps to calculate p and create plats It add plot options and show En []