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% Chemical Equilibria Lab  MUZ 2/26/2018
%   (StudentVer1)
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close all
%% Modeling a First Order Reaction

% General representation of a chemical reaction:
%    A + B --> C + D

% Assuming that the forward reaction has a rate constant 10x larger than the
%   reverse reaction and that both reactions are first order

    k_f = 0.2; % forward rate constant [s^-1]
    k_r = 2; % reverse rate constant [s^-1]

% Setting initial concentrations
    A_0 = 10; % initial concentration of A [M]
    B_0 = 20; % initial concentration of B [M]
    C_0 = 100; % initial concentration of C [M]
    D_0 = 150; % initial concentration of D [M]
    
%% 1.	Calculate the reaction rates for the current time increment



%% 2.	Calculate the changes in concentrations for all of the species involved in the reaction



%% 3.	Repeat steps 1-2 for each time increment



