hw02_pvtplot_sol - % % % Programmer(s) and Purdue Email...

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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % % Programmer(s) and Purdue Email Address(es): % Heidi Diefes-Dux hdiefes@purdue.edu % % Section: ALL % % Assignment #: Homework 3, Problem 3 % % Academic Integrity Statement: % % I/we have not used source code obtained from % any other unauthorized source, either modified % or unmodified. Neither have I/we provided access % to my/our code to another. The project I/we am/are submitting % is my/our own original work. % % Program Description: Van der Waals modification of ideal gas law % (P+(n^2a/v^2))(V-nb) = nRT % Source: MATLAB Textbook: Moore, H. 2009. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% format compact % --- INPUTS --- % R_GAS = 0.08314472 % ideal gas contant, R (L bar / K mol) a_constant = 5.536 % a (L^2bar/mol^2) b_constant = 0.03049 % b (L/mol) n_moles = 2 % moles, n (mol) vol_const = 1 % volume, V (L) p_const = 220 % pressure, P (bar) p % --- CALCULATIONS --- % % 1. 2.15(a)
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This note was uploaded on 05/02/2011 for the course ENGR 132 taught by Professor Kutson during the Spring '11 term at Purdue University-West Lafayette.

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hw02_pvtplot_sol - % % % Programmer(s) and Purdue Email...

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