Flow over Bicycle with variable Velocity and Coefficient of Drag maintaining constant Air density and Frontal area

Objective: % Input data Part A %Drag coefficient c_d = [0;0.1; %Frontal Area A = 0.1; %Air density rho = 1.2; %Velocity of air v = [0:24]; %Drag force calculation D_F = 0.5*rho*A*c_d*v.^2; plot(v,D_F); xlabel(\'Velocity of Air\'); ylabel(\'Drag Force\') % Input data %Drag coefficient c_d = [0:0.04:0.96]; %Frontal Area A =…