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Table of Contents of Lecture 14
Slide 14.01: Welcome - Slide - Video timestamp
Slide 14.02: Review: Stable-Equilibrium Properties of Mixtures - Slide - Video timestamp
Slide 14.03: Ideal Solution Behavior - Slide - Video timestamp
Slide 14.05: Osmotic Pressure: Van't Hoff Relation - Slide - Video timestamp
Slide 14.06: Osmosis in Biology - Slide - Video timestamp
Slide 14.07: Osmosis in Engineering Applications - Slide - Video timestamp
Slide 14.08: An Important Example: Osmotic Pressure of Seawater - Slide - Video timestamp
Slide 14.10: Fresh Water Production from Saline Water - Slide - Video timestamp
Slide 14.11: Osmotic Power: a Potential Renewable Energy Source - Slide - Video timestamp
Slide 14.12: Blue Energy - Slide - Video timestamp
Slide 14.13: Minimum Work of Complete Mixture Separation - Slide - Video timestamp
Slide 14.14: Minimum Work of Partial Mixture Separation - Slide - Video timestamp
Slide 14.15: Demixing of Atmospheric Air Components - Slide - Video timestamp
Slide 14.16: Demixing of a Liquid Solution - Slide - Video timestamp
Slide 14.17: Stratification of Mixtures in Gravity Field - Slide - Video timestamp
FAQs for Lecture 14
Analytical Index of Lecture 14 Contents
Blue energy, osmotic power - Slide - Video timestamp
Chemical potential for ideal solutions - Slide - Video timestamp
Chemical potential van'f Hoff relation - Slide - Video timestamp
CO2 removal from atospheric air, minimum work required - Slide - Video timestamp
Desalination of seawater - Slide - Video timestamp
Electrochemical potential - Slide - Video timestamp
Ideal entropy of isothermobaric mixing - Slide - Video timestamp
Ideal gas model and Lennard-Jones potential - Slide - Video timestamp
Ideal solution behavior - Slide - Video timestamp
Lennard-Jones potential ideal gas behavior - Slide - Video timestamp
Lennard-Jones potential ideal solution behavior - Slide - Video timestamp
Minimum work of complete separation of a mixture - Slide - Video timestamp
Minimum work of partial separation of a mixture - Slide - Video timestamp
Minimum work required to remove CO2 from atmospheric air - Slide - Video timestamp
Mixing and demixing minimum work of complete separation - Slide - Video timestamp
Mixing and demixing minimum work of partial separation - Slide - Video timestamp
Mixing and demixing of a liquid mixture - Slide - Video timestamp
Mixing and demixing of atmospheric air - Slide - Video timestamp
Osmotic power, blue energy - Slide - Video timestamp
Osmotic pressure and blue energy - Slide - Video timestamp
Osmotic pressure definition - Slide - Video timestamp
Osmotic pressure in biology - Slide - Video timestamp
Osmotic pressure in desalination - Slide - Video timestamp
Osmotic pressure in lithium-ion batteries - Slide - Video timestamp
Osmotic pressure of seawater - Slide - Video timestamp
Osmotic pressure Van't Hoff relation - Slide - Video timestamp
Pressure retarded osmosis - Slide - Video timestamp
Reverse electrodialysis - Slide - Video timestamp
Seawater desalination - Slide - Video timestamp
Stratification of ideal gas and liquid mixtures - Slide - Video timestamp
Total potentials definition - Slide - Video timestamp
Van't Hoff relation for osmotic pressure - Slide - Video timestamp
Water desalination - Slide - Video timestamp
Wine, alcohol content - Slide - Video timestamp