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+///Example 1.3 Page No:21
+///Find Stress in the Steel wire
+//Input Data
+clc;
+clear;
+Pt1=600; //Tensils force in N
+d1=2*10^-3; //Diameter of steel wire in mm
+L1=15; //Length of wire in m
+E1=210*10^9; //Modulus of elasticity of the material in GN/M**2
+pi1=3.1482;
+
+
+//Calculation
+A1=(pi1/4)*(d1^2); //(1)cross section area
+sigmat1=(Pt1)/(A1); //stress in the steel wire
+et1=((sigmat1)/(E1)); //(2)Therefore, strain in steel wire is given by
+deltaLt1=et1*L1; //(3)Enlongation of the steel wire is given by
+pe=((deltaLt1/L1)*100); //(4)Percentage elongation
+
+
+/////Output
+printf('cross section area= %f m^2\n',A1);
+printf('stress in the steel wire= %f GN/m^2 \n',sigmat1);
+printf('modulus of elasticity=%f \n',et1);
+printf('strain in steel wire=%f mm \n',deltaLt1)
+printf('percentage elongation=%f percent \n',pe)