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Lecture 45 Raoult's0:18:34

Lecture 45 Raoult's Law and Henry's Law

Lecture 44 Vapor0:28:06

Lecture 44 Vapor Pressure Estimation using Cox Chart and Antoine's Equation

Lecture 43 Estimation0:17:46

Lecture 43 Estimation of Vapor Pressure using Clausius Clapeyron Equation

Lecture 42 Material0:21:18

Lecture 42 Material Balance Involving Reversible Reaction in Ideal Gas Phase

Lecture 41 Numerical0:13:41

Lecture 41 Numerical Problem on Combustion of Ideal Gas Mixture

Lecture 40 Ideal0:21:08

Lecture 40 Ideal Gas Mixtures: Dalton's Law and Amagat's Law

Lecture 39 STP0:12:50

Lecture 39 STP conditions and SCMH flow rates

Lecture 38 Ideal0:19:43

Lecture 38 Ideal Gas Equation:When and How to use

Lecture 37 Densities0:13:39

Lecture 37 Densities of Liquid Mixtures

Lecture 36 GATE0:13:53

Lecture 36 GATE Problem on ORSAT Analysis

Lecture 35 GATE0:13:01

Lecture 35 GATE Problem on Combustion

Lecture 34 Combustion0:20:01

Lecture 34 Combustion Reactions

Lecture 33 Recycle0:15:32

Lecture 33 Recycle with Purge in Reactive Systems

Lecture 32 GATE0:16:05

Lecture 32 GATE Problem on Recycle with Purge

Lecture 31 GATE0:15:05

Lecture 31 GATE Problem on Recycle with Multiple Reactions

Lecture 30 Recycle0:22:07

Lecture 30 Recycle Problem with Process Stream as Basis

Lecture 29 Recycle0:20:01

Lecture 29 Recycle with Reaction: Which Balance to Use?

Lecture 28 Recycle0:13:51

Lecture 28 Recycle Problem Solved using Extent of Reaction

Lecture 27 Recycle0:24:20

Lecture 27 Recycle and Purge in Reactive Systems

Lecture 26 Reactive0:18:50

Lecture 26 Reactive Systems with Multiple Process Units

Lecture 25 Material0:21:38

Lecture 25 Material balance on Reactive Systems with Multiple Reactions

Lecture24 Comparison of0:21:45

Lecture24 Comparison of Different Approaches for Material Balances on Reactive Systems

Lecture 23 Atomic0:15:45

Lecture 23 Atomic Species Balance on Reactive Systems

Lecture 22 Molecular0:21:23

Lecture 22 Molecular Species Balance on Reactive Systems