clear allclose allclc %Preparing the data cp_data=load(\'data\');temperature=cp_data(:,1);cp=cp_data(:,2); %Curve fit %cp=a*T^2+b*T+c co_effs=polyfit(temperature,cp,2);predicted_cp=polyval(co_effs,temperature); %Compare my curve fit with the original data plot(temperature,cp,\'linewidth\',3)hold onplot(temperature,predicted_cp,\'linewidth\',3,\'color\',\'r\')xlabel(\'Temperature[K]\')ylabel(\'Specific…

clcclose allclear all %inputs x=[1 2 3 4 5 6 7 9] y=[5 6 7 8 67 78 98 87] %calculations z=x.*y %plotting plot(x,z,\'linewidth\',2)xlabel(\'X\')ylabel(\'Z\')

%Inputs %Drag coefficient c_d=0.6 %Area m^2 A=0.5 %Density kg/m^3 rho=1.5 %Velocity V=[1:20]; drag_force=0.5*rho*A*V.^2*c_d; plot(drag_force,V) xlabel(\'drag_force\') ylabel(\'velocity\')     %Inputs %Drag coefficient c_d=0.6 %Area m^2 A=[1:10]; %Density kg/m^3 rho=1.5 %Velocity m/s^2 V=1 drag_force=0.5*rho*A*V^2*c_d;…

 AIM:TO COMPARE THE BENDING PERFORMANCE OF THREE TYPES OF BEAMS. INTRODUCTION:- 1. STRESS: It is the resistance offered by the body to deformation.It is equal to load upon area. 2. STRAIN:Deformation per unit length in the direction of deformation is called strain.It is equal to change in length upon original length.…