a new title

Output:-c_d =    0.0400    0.0900    0.4200    0.4700    0.5000    0.8000    0.8200    1.0500    1.1500V =    10    20    30    40    50    60    70    80    90F_d =    0.2450    2.2050   23.1525   46.0600   76.5625  176.4000  246.1025  411.6000  570.5438

Drag Coefficient of various shapes   Streamlined Body = 0.04   Streamlined Half Body = 0.09   Hemi Sphere = 0.42   Sphere = 0.47   Cone = 0.5   Angled Cube = 0.8   Long Cylinder = 0.82   Cube = 1.05   Short Cylinder = 1.15

%Program to calculate the drag force against a bicycle    clear all  close all  clc    %Input    %Drag Coefficient of various shapes  %Streamlined Body = 0.04  %Streamlined Half Body = 0.09  %Sphere = 0.47  %Hemi Sphere = 0.42  %Cone = 0.5  %Angled Cube = 0.8  % Long Cylinder = 0.82  %Cube = 1.05  %Short Cylinder = 1.15   c_d = [0.04 0.09 0.42 0.47 0.5 0.8 0.82 1.05 1.15]    %Area m^2  A=0.1;    %Density of air kg/m^3  rho=1.225;    %Velocity m/s  V=linspace(10,90,9)    %Darg Force  F_d=rho*A*V.^2.*c_d*0.5    %Plot  hold on  plot(F_d,V,'color','g');  xlabel('X axis - Drag Force ')  ylabel('Y axis - Velocity')  grid on;

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