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diff --git a/2223/CH2/EX2.1/Ex2_1.sce b/2223/CH2/EX2.1/Ex2_1.sce
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+// scilab Code Exa 2.1 Calculation on a Diffuser 
+
+p1=800; // Initial Pressure in kPa
+T1=540;  // Initial Temperature in K
+p2=580;  // Final Pressure in kPa
+gamma=1.4; // Specific Heat Ratio
+cp=1005; // Specific Heat at Constant Pressure in J/(kgK)
+R=0.287; // Universal Gas Constant in kJ/kgK
+g=9.81; // Gravitational acceleration in m/s^2
+sg=13.6; // Specific Gravity of mercury
+n=0.95; // Efficiency in %
+AR=4; // Area Ratio of Diffuser
+delp=(367)*(1e-3)*(g)*(sg); // Total Pressure Loss Across the Diffuser in kPa
+pr=p1/p2; // Pressure Ratio
+T2s=T1/(pr^((gamma-1)/gamma));
+T2=T1-(n*(T1-T2s));
+c2=sqrt(2*cp*(T1-T2));
+ro2=p2/(R*T2);
+c3=c2/AR;
+m=0.5*1e-3*ro2*((c2^2)-(c3^2));
+n_D=1-(delp/m);
+disp ("%",n_D*1e2," Efficiency of the diffuser is")
+p3=(p2+n_D*m)*1e-2;
+disp("m/s",c2,"the velocity of air at diffuser entry is")
+disp("m/s",c3,"the velocity of air at diffuser exit is")
+disp("bar",p3,"static pressure at the diffuser exit is")