% Typical water bottle at the Earth conditions

% 2 liters soda bottle
MB=.1; % mass in [kg]
AB=pi*(.12/2)^2; % [m^2]
HB=.3; % [m]
PA = 1e5;  % atmospheric pressure  [Pa]
PIgas0 = 7e5;  % initial inner pressure [Pa]

rhoL_vec = [1000, 789, 1400 ];  % [kg/m^3]  [ water, ethanol, Glucose]
gamma_vec = [5/3, 7/5, 1.302];  % [He, Air, Carbon dioxide]

g = 9.94; % [m/s^2];
rhoA = 1.229; % air density kg/m^3
Cdr = 0.5;  % drag coefficient
alpha = .3; % AN/AB maximum ratio

save('final_exam_problem1.mat');

