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//developed in windows 8 operating system 64bit
//platform Scilab 5.4.1
//example 27_5w
clc;clear;
//Given Data
temp_1=300; //Initial Temperature of the air (Unit:Kelvin)
volume_1=800; //Initial volume of the air (Unit: cm^3)
volume_2=200; //Final volume of the air (Unit:cm^3)
gamma1=1.4; //Value of ratio Cp/Cv i.e gamma (Unit: unitless)
//Calculation
temp_2=temp_1*(volume_1/volume_2)^(gamma1-1); //Calculation of the temperature (Unit:Kelvin)
rise_temp=temp_2-temp_1; //Calculation of the rise in temperature
disp(rise_temp,"Rise in temperature when compressed in a short time (adiabatic process) is (Unit:Kelvin)");
disp("When the gas is compressed in a long time , the process isothermal so the temperature is constant hence the rise in temperature is 0");
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