blob: 933bce9448fa854f0a96f8b02f06b64316fb802d (
plain)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
|
////
//Variable declaration
n = 2.0 //moles of ideal gas
R = 8.314 //Ideal gas constant, bar.L/(mol.K)
//For reverssible Isothermal expansion
Pi1 = 25.0 //Initial Pressure of ideal gas, bar
Vi1 = 4.50 //Initial volume of ideal gas, L
Pf1 = 4.50 //Fianl Pressure of ideal gas, bar
Pext = 4.50 //External pressure, bar
Pint = 11.0 //Intermediate pressure, bar
//Calcualtions reverssible Isothermal expansion
T1 = Pi1*Vi1/(n*R)
Vf1 = n*R*T1/Pf1
w = -n*R*T1*log(Vf1/Vi1)
//Results
printf("\n For reverssible Isothermal expansion')
printf("\n Work done = %4.2e J",w)
//Calcualtions Single step irreverssible expansion
w = -Pext*1e5*(Vf1-Vi1)*1e-3
//Results
printf("\n For Single step reverssible expansion')
printf("\n Work done = %4.2e J",w)
//Calcualtions Two step irreverssible expansion
Vint = n*R*T1/(Pint)
w = -Pint*1e5*(Vint-Vi1)*1e-3 - Pf1*1e5*(Vf1-Vint)*1e-3
//Results
printf("\n For Two step reverssible expansion')
printf("\n Work done = %4.2e J",w)
|
