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Work done in isothermal reversible expansion of an ideal gas
Lesson 28 of 34 • 1 upvotes • 4:46mins
Sidra Nasir Khan
Derivation of work done in an isothermal reversible expansion of an ideal gas, conversion of natural log to log base 10, formula in terms of pressure, free expansion
Physical Chemistry Part 2 - IIT JEE
34 lessons • 3h 47m
1
Overview
2:53mins
2
Intermolecular Forces
7:21mins
3
Boyle's Law
7:41mins
4
Numericals on Boyle's Law
7:40mins
5
Charles's Law
5:52mins
6
Gay lussac's law and Avagadro's law
6:09mins
7
Numericals
7:38mins
8
Numericals
8:08mins
9
Density relations and numericals
9:24mins
10
Combined gas law and ideal gas equation
5:42mins
11
Dalton's law of partial pressure
5:47mins
12
Kinetic molecular theory of gases
6:09mins
13
Numericals
9:00mins
14
Numericals
9:06mins
15
Thermodynamic processes
5:59mins
16
Properties of system
4:51mins
17
Thermodynamics
8:47mins
18
Ideal gas v/s real gas
6:37mins
19
Heat enthalpy (contd)
6:51mins
20
Heat enthalpy
7:05mins
21
Numericals
7:05mins
22
Numericals
7:00mins
23
Heat of reaction
4:04mins
24
Pressure volume work
4:25mins
25
First law of thermodynamics
5:27mins
26
Measurement of dH and dU
5:27mins
27
Enthalpy change during phase transformation
3:44mins
28
Work done in isothermal reversible expansion of an ideal gas
4:46mins
29
Standard enthalpy of formation
5:00mins
30
Heat capacity
5:15mins
31
Calculation of bond energy
8:20mins
32
Thermochemical equation
7:58mins
33
Hess's law
10:43mins
34
Numericals
9:15mins
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