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+// Problem no 9.10,Page no.240
+
+clc;clear;
+close;
+
+L=3 //m //Length of strut
+b=0.04 //m //Width of rectangle
+d=0.10 //m //Depth if rectangle
+P=100*10**3 //N //Axial thrust
+w=10*10**3 //N //Uniformly Distributed Load
+E=210*10**9 //Pa
+
+//Calculations
+
+A=b*d //m**2 //Area of strut
+I=b*d**3*12**-1 //m**4 //M.I
+m=(P*(E*I)**-1)**0.5
+
+//Let X=secmL*2**-1
+X=(1*(cos(m*L*2**-1))**-1)
+
+M=w*E*I*P**-1*(X-1)*3**-1 //N*m //Max Bending Moment
+sigma_1=P*A**-1 //Pa //Direct stress
+sigma_2=M*0.05*I**-1 //Pa //Bending stress
+
+sigma_c_max=sigma_1+sigma_2 //Max compressive stress
+
+//If the Eccentricity of thrust is neglected
+M_2=w*L**2*(3*8)**-1 //Max Bending moment
+sigma_2_2=M_2*0.05*I**-1 //Pa //Bending stress
+
+sigma_c_max_2=(sigma_1+sigma_2_2)*10**-6 //Pa
+
+//Let Y=Percentage error
+Y=((sigma_c_max-sigma_c_max_2*10**6)*sigma_c_max**-1)*100
+
+//Result
+printf("Max stress induced is %.2f",sigma_c_max_2);printf(" MPa")
+printf("\n The Percentage Error is %.3f %%",Y)