Flow over Bicycle Program

clear all
close all
clc

% Inputs
% Drag coefficent

C_d = 0.7

% Area(m^2)
A = 0.8

% density (kg/m^3)
rho =1.4

% Velocity (m^2/s^2)
V = [1:25];

drag_force = rho*A*V.^2*C_d*0.5

plot(V, drag_force)
xlabel(\'Velocity\')
ylabel(\'Drag force\')
grid on

C_d = 0.70000
A = 0.80000
rho = 1.4000
drag_force =

Columns 1 through 8:

0.39200 1.56800 3.52800 6.27200 9.80000 14.11200 19.20800 25.08800

Columns 9 through 16:

31.75200 39.20000 47.43200 56.44800 66.24800 76.83200 88.20000 100.35200

Columns 17 through 24:

113.28800 127.00800 141.51200 156.80000 172.87200 189.72800 207.36800 225.79200

Column 25:

245.00000