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Calculation for two component gas one Component liquid systems
Lesson 14 of 29 • 1 upvotes • 8:17mins
Jay Dhanwant
This video is deals with various strategies that is used in solving problems and some important derivations
Process Calculation : Energies (III)
29 lessons • 4h 35m
1
Overview
6:33mins
2
Introduction to Ideal Gas
10:29mins
3
Insight on Equation of state
10:38mins
4
Phase Diagrams
10:24mins
5
Critical State and Triple Point
10:58mins
6
Compressibility and critical state
9:32mins
7
Reduced Variables and Law of Corresponding States
10:30mins
8
Applying real Gas equation and triple point concepts
8:26mins
9
Introduction to multiphase equilibrium
10:01mins
10
Vapour Pressure
9:34mins
11
1component 2phase system
11:16mins
12
Linear Extrapolation
10:25mins
13
2- Component Gas 1Component liquid Systems
9:51mins
14
Calculation for two component gas one Component liquid systems
8:17mins
15
Relative Humidy and molal saturation
8:53mins
16
Solving Humidity problems
9:06mins
17
Ideal Solutions
8:43mins
19
Ideal Solutions
8:05mins
20
Henry's Law : A case of Raoult's Law
9:26mins
21
Non Ideal Solutions
9:40mins
22
Binary Solutions : Phase Diagrams
8:50mins
23
Introduction to Energy Balances
10:09mins
24
Enthalpy
9:38mins
25
Heat Capacities
9:14mins
26
Calculations for the heat capacities
10:28mins
27
Calculations for Enthalpy
9:28mins
28
Essentials for Energy balances
9:15mins
29
Strategy for Energy balance without chemical reaction.
8:21mins
30
Application to the energy balance without chemical reaction
9:08mins
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