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diff --git a/3705/CH14/EX14.2/Ex14_2.sce b/3705/CH14/EX14.2/Ex14_2.sce
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+
+clear//
+
+//Variable Declaration
+R=45 //Radius of the circle in mm
+r=20 //Radius of the smaller circle in mm
+h=100 //Depth of the straight section in mm
+
+//Calculations
+//Part 1
+
+//Triangle
+b=2*R //Breadth in mm
+A_t=b*h*0.5 //Area in mm^2
+Ix_bar_t=b*h**3*36**-1 //Moment of inertia in mm^4
+y_bar1=2*3**-1*h //centroidal axis in mm
+Ix_t=Ix_bar_t+A_t*y_bar1**2 //moment of inertia in mm^4
+
+//Semi-circle
+A_sc=%pi*R**2*0.5 //Area of the semi-circle in mm^2
+Ix_bar_sc=0.1098*R**4 //Moment of inertia in mm^4
+y_bar2=h+(4*R*(3*%pi)**-1) //Distance of centroid in mm
+Ix_sc=Ix_bar_sc+A_sc*y_bar2**2 //Moment of inertia in mm^4
+
+//Circle
+A_c=%pi*r**2 //Area of the circle in mm^2
+Ix_bar_c=%pi*r**4*4**-1 //Moment of inertia in mm^4
+y_bar3=h //Distance of centroid in mm
+Ix_c=Ix_bar_c+A_c*y_bar3**2 //Moment of inertia in mm^4
+
+//Composite Area
+A=A_t+A_sc-A_c //Total area in mm^2
+Ix=Ix_t+Ix_sc-Ix_c //Moment of inertia in mm^4
+
+//Part 2
+y_bar=(A_t*y_bar1+A_sc*y_bar2-A_c*y_bar3)/(A) //Location of centroid in mm
+Ix_bar=Ix-A*y_bar**2 //Moment of inertia in mm^4
+
+//Result
+printf("\n Moment of inertia about x-axis is %0.0f mm^4",Ix)
+printf("\n Moment of inertia about the centroidal axis is %0.0f mm^4",Ix_bar)