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+// Calculating the temperature rise of hydrogen
+clc;
+disp('Example 4.24, Page No. = 4.51')
+// Given Data
+Q = 750;// Losses (in kW)
+Ti = 25;// Inlet temperature of air (in degree celsius)
+H = (2000+760);// Baromatric height (in mm of mercury)
+VH = 10;// Volume of hydrogen leaving the coolers (in meter cube per second)
+cp = 12540;// Specific heat of air at constant pressure (in J per kg per degree celsius)
+V = 11.2;// Volume of 1 kg of air at N.T.P. (in meter cube)
+// Calculation of the temperature rise of hydrogen
+T = (V*Q*10^(3)/(cp*VH))*((Ti+273)/273)*(760/H);// Temperature rise of hydrogen(in degree celsius)
+disp(T,'Temperature rise of hydrogen (degree celsius)=');
+//in book ans is 20 (degree celsius). The answers vary due to round off error