06 - Week 6 Quantum Chemistry 2/04 - Video 6.3 Radial Solutions for Hydrogenic Atoms (27-54)/6 - 4 - Video 6.3 Radial Solutions for Hydrogenic Atoms (2754).mp4 34MB
05 - Week 5 Quantum Chemistry 1/09 - Video 5.8 The Free Particle the Particle in a Box (26-36)/5 - 9 - Video 5.8 The Free Particle the Particle in a Box (2636).mp4 32MB
04 - Week 4 Chemical Kinetics 2/06 - Video 4.5 Using the steady state approximation (Chain reactions) (23-49)/4 - 6 - Video 4.5 Using the steady state approximation (Chain reactions) (2349).mp4 29MB
03 - Week 3 Chemical Kinetics 1/11 - Video 3.10 Effect of temperature on reaction rate (23-06)/3 - 11 - Video 3.10 Effect of temperature on reaction rate (2306).mp4 28MB
06 - Week 6 Quantum Chemistry 2/06 - Video 6.5 Interpretation of Hydrogenic Atom Solutions (22-32)/6 - 6 - Video 6.5 Interpretation of Hydrogenic Atom Solutions (2232).mp4 27MB
04 - Week 4 Chemical Kinetics 2/03 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (18-20)/4 - 3 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (1820).mp4 23MB
03 - Week 3 Chemical Kinetics 1/06 - Video 3.5 Second order reactions (17-40)/3 - 6 - Video 3.5 Second order reactions (1740).mp4 20MB
05 - Week 5 Quantum Chemistry 1/08 - Video 5.7 The Schrodinger Equation (15-41)/5 - 8 - Video 5.7 The Schrdinger Equation (1541).mp4 20MB
06 - Week 6 Quantum Chemistry 2/05 - Video 6.4 Angular Solutions for Hydrogenic Atoms (15-58)/6 - 5 - Video 6.4 Angular Solutions for Hydrogenic Atoms (1558).mp4 19MB
02 - Week 2 Thermodynamics 2/03 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (15-30)/2 - 3 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (1530).mp4 19MB
06 - Week 6 Quantum Chemistry 2/07 - Video 6.6 Energy levels for Hydrogenic Atoms (15-37)/6 - 7 - Video 6.6 Energy levels for Hydrogenic Atoms (1537).mp4 19MB
04 - Week 4 Chemical Kinetics 2/02 - Video 4.1 Complex reactions equilibria (15-17)/4 - 2 - Video 4.1 Complex reactions equilibria (1517).mp4 18MB
07 - Virtual Labs/04 - Gas Burette Experiment/7 - 4 - Gas Burette Experiment.mp4 18MB
02 - Week 2 Thermodynamics 2/06 - Video 2.5 Hess Law (14-31)/2 - 6 - Video 2.5 Hess Law (1431).mp4 18MB
06 - Week 6 Quantum Chemistry 2/02 - Video 6.1 Intoduction to Hydrogenic Atoms (13-42)/6 - 2 - Video 6.1 Intoduction to Hydrogenic Atoms (1342).mp4 17MB
03 - Week 3 Chemical Kinetics 1/07 - Video 3.6 Determination of reaction order (12-34)/3 - 7 - Video 3.6 Determination of reaction order (1234).mp4 15MB
01 - Week 1 Thermodynamics 1/04 - Video 1.3 The First Law of Thermodynamics and Enthalpy (11-03)/1 - 4 - Video 1.3 The First Law of Thermodynamics and Enthalpy (1103).mp4 14MB
04 - Week 4 Chemical Kinetics 2/05 - Video 4.4 Using the steady state approximation (Lindemann mechanism) (11-57)/4 - 5 - Video 4.4 Using the steady state approximation (Lindemann mechanism) (1157).mp4 14MB
05 - Week 5 Quantum Chemistry 1/05 - Video 5.4 Wave Nature of Matter (10-43)/5 - 5 - Video 5.4 Wave Nature of Matter (1043).mp4 13MB
04 - Week 4 Chemical Kinetics 2/04 - Video 4.3 Steady-state approximation (11-04)/4 - 4 - Video 4.3 Steady-state approximation (1104).mp4 13MB
05 - Week 5 Quantum Chemistry 1/12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (10-42)/5 - 12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (1042).mp4 13MB
05 - Week 5 Quantum Chemistry 1/10 - Video 5.9 Borns Interpretation of the Wavefunction (10-49)/5 - 10 - Video 5.9 Borns Interpretation of the Wavefunction (1049).mp4 13MB
02 - Week 2 Thermodynamics 2/04 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (10-45)/2 - 4 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (1045).mp4 13MB
03 - Week 3 Chemical Kinetics 1/10 - Video 3.9 Examples of measurements 2 (9-50)/3 - 10 - Video 3.9 Examples of measurements 2 (950).mp4 12MB
03 - Week 3 Chemical Kinetics 1/03 - Video 3.2 Stoichiometry and order (10-16)/3 - 3 - Video 3.2 Stoichiometry and order (1016).mp4 12MB
03 - Week 3 Chemical Kinetics 1/04 - Video 3.3 Zero Order Reactions (9-07)/3 - 4 - Video 3.3 Zero Order Reactions (907).mp4 11MB
05 - Week 5 Quantum Chemistry 1/01 - Introduction to Week 5 by Dr. Patrick OMalley (3-27)/5 - 1 - Introduction to Week 5 by Dr. Patrick OMalley (327).mp4 10MB
07 - Virtual Labs/05 - Experiment Extra Data/7 - 5 - Experiment Extra Data.mp4 10MB
03 - Week 3 Chemical Kinetics 1/05 - Video 3.4 First Order Reactions (8-50)/3 - 5 - Video 3.4 First Order Reactions (850).mp4 10MB
04 - Week 4 Chemical Kinetics 2/07 - Video 4.6 Catalysis (8-29)/4 - 7 - Video 4.6 Catalysis (829).mp4 10MB
05 - Week 5 Quantum Chemistry 1/11 - Video 5.10 Normalisation of the Wavefunction (8-03)/5 - 11 - Video 5.10 Normalisation of the Wavefunction (803).mp4 10MB
03 - Week 3 Chemical Kinetics 1/09 - Video 3.8 Examples of measurements 1 (7-55)/3 - 9 - Video 3.8 Examples of measurements 1 (755).mp4 9MB
02 - Week 2 Thermodynamics 2/02 - Video 2.1 The Second Law of Thermodynamics and Entropy (6-58)/2 - 2 - Video 2.1 The Second Law of Thermodynamics and Entropy (658).mp4 9MB
06 - Week 6 Quantum Chemistry 2/03 - Video 6.2 Hydrogenic Atom Quantum Numbers (7-00)/6 - 3 - Video 6.2 Hydrogenic Atom Quantum Numbers (700).mp4 8MB
03 - Week 3 Chemical Kinetics 1/08 - Video 3.7 Experimental determination of reaction order (6-54)/3 - 8 - Video 3.7 Experimental determination of reaction order (654).mp4 8MB
03 - Week 3 Chemical Kinetics 1/02 - Video 3.1 Rate of reaction (6-23)/3 - 2 - Video 3.1 Rate of reaction (623).mp4 7MB
01 - Week 1 Thermodynamics 1/01 - Introduction to Week 1 by Dr Jonathan Agger (3-30)/1 - 1 - Introduction to Week 1 by Dr Jonathan Agger (330).mp4 7MB
02 - Week 2 Thermodynamics 2/05 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (5-46)/2 - 5 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (546).mp4 7MB
05 - Week 5 Quantum Chemistry 1/02 - Video 5.1 Plancks Quantum of Energy (5-53)/5 - 2 - Video 5.1 Plancks Quantum of Energy (553).mp4 7MB
01 - Week 1 Thermodynamics 1/03 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (5-28)/1 - 3 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (528).mp4 7MB
07 - Virtual Labs/08 - Particle in a Box Introduction/7 - 9 - Particle in a Box Introduction.mp4 7MB
05 - Week 5 Quantum Chemistry 1/04 - Video 5.3 Particle Nature of Light - Example (5-01)/5 - 4 - Video 5.3 Particle Nature of Light - Example (501).mp4 6MB
07 - Virtual Labs/01 - Introduction to Experiment/7 - 1 - Introduction to Experiment.mp4 6MB
04 - Week 4 Chemical Kinetics 2/01 - Introduction to Week 4 by Prof. Michael Anderson (2-26)/4 - 1 - Introduction to Week 4 by Prof. Michael Anderson (226).mp4 6MB
06 - Week 6 Quantum Chemistry 2/01 - Introduction to Week 6 by Dr. Patrick OMalley (1-44)/6 - 1 - Introduction to Week 6 by Dr. Patrick OMalley (144).mp4 5MB
04 - Week 4 Chemical Kinetics 2/08 - Chemical Kinetics Recap (1-38)/4 - 8 - Chemical Kinetics Recap (138).mp4 4MB
03 - Week 3 Chemical Kinetics 1/01 - Introduction to Week 3 by Prof. Michael Anderson (1-21)/3 - 1 - Introduction to Week 3 by Prof. Michael Anderson (121).mp4 3MB
02 - Week 2 Thermodynamics 2/01 - Introduction to Week 2 by Dr. Jonathan Agger (1-29)/2 - 1 - Introduction to Week 2 by Dr. Jonathan Agger (129).mp4 3MB
01 - Week 1 Thermodynamics 1/04 - Video 1.3 The First Law of Thermodynamics and Enthalpy (11-03)/Slides 1.3 The First Law of Thermodynamics and Enthalpy.pdf 2MB
02 - Week 2 Thermodynamics 2/05 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (5-46)/Slides 2.4 The Third Law of Thermodynamics and Absolute Entropy.pdf 1MB
02 - Week 2 Thermodynamics 2/04 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (10-45)/Slides 2.3 The Second Law of Thermodynamics and Equilibrium (part III).pdf 1MB
02 - Week 2 Thermodynamics 2/06 - Video 2.5 Hess Law (14-31)/Slides 2.5 Hess Law.pdf 1019KB
02 - Week 2 Thermodynamics 2/03 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (15-30)/Slides 2.2 The Second Law of Thermodynamics and Spontaneity (part II)b.pdf 979KB
01 - Week 1 Thermodynamics 1/03 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (5-28)/Slides 1.2 The Zeroth Law of Thermodynamics and Temperature.pdf 939KB
04 - Week 4 Chemical Kinetics 2/06 - Video 4.5 Using the steady state approximation (Chain reactions) (23-49)/Lecture4.5_licensed.pdf 939KB
04 - Week 4 Chemical Kinetics 2/03 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (18-20)/Lecture4.2_licensed.pdf 737KB
05 - Week 5 Quantum Chemistry 1/05 - Video 5.4 Wave Nature of Matter (10-43)/slides_5-4_licensed.pdf 691KB
02 - Week 2 Thermodynamics 2/02 - Video 2.1 The Second Law of Thermodynamics and Entropy (6-58)/Slides 2.1 The Second Law of Thermodynamics and Entropy (part I).pdf 627KB
03 - Week 3 Chemical Kinetics 1/11 - Video 3.10 Effect of temperature on reaction rate (23-06)/Lecture3.10_licensed.pdf 570KB
04 - Week 4 Chemical Kinetics 2/02 - Video 4.1 Complex reactions equilibria (15-17)/Lecture4.1_licensed.pdf 531KB
06 - Week 6 Quantum Chemistry 2/02 - Video 6.1 Intoduction to Hydrogenic Atoms (13-42)/slides_6-1_licensed.pdf 264KB
03 - Week 3 Chemical Kinetics 1/04 - Video 3.3 Zero Order Reactions (9-07)/Lecture3.3.pdf 239KB
03 - Week 3 Chemical Kinetics 1/10 - Video 3.9 Examples of measurements 2 (9-50)/Lecture3.9_licensed.pdf 233KB
06 - Week 6 Quantum Chemistry 2/05 - Video 6.4 Angular Solutions for Hydrogenic Atoms (15-58)/slides_6-4_licensed.pdf 217KB
05 - Week 5 Quantum Chemistry 1/10 - Video 5.9 Borns Interpretation of the Wavefunction (10-49)/slides_5-9_licensed.pdf 215KB
05 - Week 5 Quantum Chemistry 1/12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (10-42)/slides_5-11_licensed.pdf 204KB
03 - Week 3 Chemical Kinetics 1/02 - Video 3.1 Rate of reaction (6-23)/Lecture3.1.pdf 200KB
05 - Week 5 Quantum Chemistry 1/11 - Video 5.10 Normalisation of the Wavefunction (8-03)/slides_5-10_licensed.pdf 187KB
06 - Week 6 Quantum Chemistry 2/07 - Video 6.6 Energy levels for Hydrogenic Atoms (15-37)/slides_6-6_licensed.pdf 166KB
03 - Week 3 Chemical Kinetics 1/09 - Video 3.8 Examples of measurements 1 (7-55)/Lecture3.8_licensed.pdf 158KB
05 - Week 5 Quantum Chemistry 1/03 - Video 5.2 Particle Nature of Light (11-22)/slides_5-2_licensed.pdf 156KB
lectures.html 150KB
06 - Week 6 Quantum Chemistry 2/03 - Video 6.2 Hydrogenic Atom Quantum Numbers (7-00)/slides_6-2_licensed.pdf 129KB
07 - Virtual Labs/03 - Introduction to Experiment/Introduction_to_experiment_licensed.pdf 126KB
05 - Week 5 Quantum Chemistry 1/02 - Video 5.1 Plancks Quantum of Energy (5-53)/slides_5-1_licensed.pdf 125KB
05 - Week 5 Quantum Chemistry 1/04 - Video 5.3 Particle Nature of Light - Example (5-01)/0001_licensed.pdf 108KB
index.html 59KB
materials.html 39KB
06 - Week 6 Quantum Chemistry 2/04 - Video 6.3 Radial Solutions for Hydrogenic Atoms (27-54)/6 - 4 - Video 6.3 Radial Solutions for Hydrogenic Atoms (2754).srt 30KB
05 - Week 5 Quantum Chemistry 1/09 - Video 5.8 The Free Particle the Particle in a Box (26-36)/5 - 9 - Video 5.8 The Free Particle the Particle in a Box (2636).srt 27KB
04 - Week 4 Chemical Kinetics 2/06 - Video 4.5 Using the steady state approximation (Chain reactions) (23-49)/4 - 6 - Video 4.5 Using the steady state approximation (Chain reactions) (2349).srt 26KB
06 - Week 6 Quantum Chemistry 2/06 - Video 6.5 Interpretation of Hydrogenic Atom Solutions (22-32)/6 - 6 - Video 6.5 Interpretation of Hydrogenic Atom Solutions (2232).srt 24KB
03 - Week 3 Chemical Kinetics 1/11 - Video 3.10 Effect of temperature on reaction rate (23-06)/3 - 11 - Video 3.10 Effect of temperature on reaction rate (2306).srt 24KB
04 - Week 4 Chemical Kinetics 2/03 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (18-20)/4 - 3 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (1820).srt 21KB
06 - Week 6 Quantum Chemistry 2/04 - Video 6.3 Radial Solutions for Hydrogenic Atoms (27-54)/6 - 4 - Video 6.3 Radial Solutions for Hydrogenic Atoms (2754).txt 18KB
06 - Week 6 Quantum Chemistry 2/05 - Video 6.4 Angular Solutions for Hydrogenic Atoms (15-58)/6 - 5 - Video 6.4 Angular Solutions for Hydrogenic Atoms (1558).srt 18KB
06 - Week 6 Quantum Chemistry 2/07 - Video 6.6 Energy levels for Hydrogenic Atoms (15-37)/6 - 7 - Video 6.6 Energy levels for Hydrogenic Atoms (1537).srt 18KB
02 - Week 2 Thermodynamics 2/03 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (15-30)/2 - 3 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (1530).srt 17KB
03 - Week 3 Chemical Kinetics 1/06 - Video 3.5 Second order reactions (17-40)/3 - 6 - Video 3.5 Second order reactions (1740).srt 17KB
04 - Week 4 Chemical Kinetics 2/02 - Video 4.1 Complex reactions equilibria (15-17)/4 - 2 - Video 4.1 Complex reactions equilibria (1517).srt 16KB
04 - Week 4 Chemical Kinetics 2/06 - Video 4.5 Using the steady state approximation (Chain reactions) (23-49)/4 - 6 - Video 4.5 Using the steady state approximation (Chain reactions) (2349).txt 16KB
02 - Week 2 Thermodynamics 2/06 - Video 2.5 Hess Law (14-31)/2 - 6 - Video 2.5 Hess Law (1431).srt 16KB
05 - Week 5 Quantum Chemistry 1/09 - Video 5.8 The Free Particle the Particle in a Box (26-36)/5 - 9 - Video 5.8 The Free Particle the Particle in a Box (2636).txt 16KB
05 - Week 5 Quantum Chemistry 1/08 - Video 5.7 The Schrodinger Equation (15-41)/5 - 8 - Video 5.7 The Schrdinger Equation (1541).srt 15KB
06 - Week 6 Quantum Chemistry 2/02 - Video 6.1 Intoduction to Hydrogenic Atoms (13-42)/6 - 2 - Video 6.1 Intoduction to Hydrogenic Atoms (1342).srt 15KB
03 - Week 3 Chemical Kinetics 1/11 - Video 3.10 Effect of temperature on reaction rate (23-06)/3 - 11 - Video 3.10 Effect of temperature on reaction rate (2306).txt 15KB
06 - Week 6 Quantum Chemistry 2/06 - Video 6.5 Interpretation of Hydrogenic Atom Solutions (22-32)/6 - 6 - Video 6.5 Interpretation of Hydrogenic Atom Solutions (2232).txt 14KB
01 - Week 1 Thermodynamics 1/04 - Video 1.3 The First Law of Thermodynamics and Enthalpy (11-03)/1 - 4 - Video 1.3 The First Law of Thermodynamics and Enthalpy (1103).srt 13KB
03 - Week 3 Chemical Kinetics 1/07 - Video 3.6 Determination of reaction order (12-34)/3 - 7 - Video 3.6 Determination of reaction order (1234).srt 13KB
04 - Week 4 Chemical Kinetics 2/03 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (18-20)/4 - 3 - Video 4.2 Complex reactions consecutive reactions (rate-determining step) (1820).txt 13KB
04 - Week 4 Chemical Kinetics 2/05 - Video 4.4 Using the steady state approximation (Lindemann mechanism) (11-57)/4 - 5 - Video 4.4 Using the steady state approximation (Lindemann mechanism) (1157).srt 12KB
05 - Week 5 Quantum Chemistry 1/10 - Video 5.9 Borns Interpretation of the Wavefunction (10-49)/5 - 10 - Video 5.9 Borns Interpretation of the Wavefunction (1049).srt 12KB
02 - Week 2 Thermodynamics 2/04 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (10-45)/2 - 4 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (1045).srt 12KB
07 - Virtual Labs/05 - Experiment Extra Data/7 - 5 - Experiment Extra Data.srt 12KB
05 - Week 5 Quantum Chemistry 1/03 - Video 5.2 Particle Nature of Light (11-22)/5 - 3 - Video 5.2 Particle Nature of Light (1122).srt 11KB
05 - Week 5 Quantum Chemistry 1/12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (10-42)/5 - 12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (1042).srt 11KB
06 - Week 6 Quantum Chemistry 2/05 - Video 6.4 Angular Solutions for Hydrogenic Atoms (15-58)/6 - 5 - Video 6.4 Angular Solutions for Hydrogenic Atoms (1558).txt 11KB
02 - Week 2 Thermodynamics 2/03 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (15-30)/2 - 3 - Video 2.2 The Second Law of Thermodynamics and Spontaneity (1530).txt 11KB
06 - Week 6 Quantum Chemistry 2/07 - Video 6.6 Energy levels for Hydrogenic Atoms (15-37)/6 - 7 - Video 6.6 Energy levels for Hydrogenic Atoms (1537).txt 10KB
04 - Week 4 Chemical Kinetics 2/04 - Video 4.3 Steady-state approximation (11-04)/4 - 4 - Video 4.3 Steady-state approximation (1104).srt 10KB
03 - Week 3 Chemical Kinetics 1/06 - Video 3.5 Second order reactions (17-40)/3 - 6 - Video 3.5 Second order reactions (1740).txt 10KB
05 - Week 5 Quantum Chemistry 1/05 - Video 5.4 Wave Nature of Matter (10-43)/5 - 5 - Video 5.4 Wave Nature of Matter (1043).srt 10KB
02 - Week 2 Thermodynamics 2/06 - Video 2.5 Hess Law (14-31)/2 - 6 - Video 2.5 Hess Law (1431).txt 10KB
04 - Week 4 Chemical Kinetics 2/02 - Video 4.1 Complex reactions equilibria (15-17)/4 - 2 - Video 4.1 Complex reactions equilibria (1517).txt 10KB
03 - Week 3 Chemical Kinetics 1/07 - Video 3.6 Determination of reaction order (12-34)/3 - 7 - Video 3.6 Determination of reaction order (1234).txt 8KB
01 - Week 1 Thermodynamics 1/04 - Video 1.3 The First Law of Thermodynamics and Enthalpy (11-03)/1 - 4 - Video 1.3 The First Law of Thermodynamics and Enthalpy (1103).txt 8KB
03 - Week 3 Chemical Kinetics 1/05 - Video 3.4 First Order Reactions (8-50)/3 - 5 - Video 3.4 First Order Reactions (850).srt 8KB
03 - Week 3 Chemical Kinetics 1/08 - Video 3.7 Experimental determination of reaction order (6-54)/3 - 8 - Video 3.7 Experimental determination of reaction order (654).srt 8KB
02 - Week 2 Thermodynamics 2/02 - Video 2.1 The Second Law of Thermodynamics and Entropy (6-58)/2 - 2 - Video 2.1 The Second Law of Thermodynamics and Entropy (658).srt 8KB
03 - Week 3 Chemical Kinetics 1/09 - Video 3.8 Examples of measurements 1 (7-55)/3 - 9 - Video 3.8 Examples of measurements 1 (755).srt 7KB
02 - Week 2 Thermodynamics 2/04 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (10-45)/2 - 4 - Video 2.3 The Second Law of Thermodynamics and Equilibrium (1045).txt 7KB
05 - Week 5 Quantum Chemistry 1/10 - Video 5.9 Borns Interpretation of the Wavefunction (10-49)/5 - 10 - Video 5.9 Borns Interpretation of the Wavefunction (1049).txt 7KB
07 - Virtual Labs/05 - Experiment Extra Data/7 - 5 - Experiment Extra Data.txt 7KB
04 - Week 4 Chemical Kinetics 2/05 - Video 4.4 Using the steady state approximation (Lindemann mechanism) (11-57)/4 - 5 - Video 4.4 Using the steady state approximation (Lindemann mechanism) (1157).txt 7KB
05 - Week 5 Quantum Chemistry 1/03 - Video 5.2 Particle Nature of Light (11-22)/5 - 3 - Video 5.2 Particle Nature of Light (1122).txt 7KB
05 - Week 5 Quantum Chemistry 1/11 - Video 5.10 Normalisation of the Wavefunction (8-03)/5 - 11 - Video 5.10 Normalisation of the Wavefunction (803).srt 7KB
05 - Week 5 Quantum Chemistry 1/12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (10-42)/5 - 12 - Video 5.11 Particle in a Box Application to Polyene Electronic Spectra (1042).txt 7KB
07 - Virtual Labs/04 - Gas Burette Experiment/7 - 4 - Gas Burette Experiment.srt 7KB
01 - Week 1 Thermodynamics 1/03 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (5-28)/1 - 3 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (528).srt 7KB
06 - Week 6 Quantum Chemistry 2/03 - Video 6.2 Hydrogenic Atom Quantum Numbers (7-00)/6 - 3 - Video 6.2 Hydrogenic Atom Quantum Numbers (700).srt 6KB
03 - Week 3 Chemical Kinetics 1/02 - Video 3.1 Rate of reaction (6-23)/3 - 2 - Video 3.1 Rate of reaction (623).srt 6KB
05 - Week 5 Quantum Chemistry 1/05 - Video 5.4 Wave Nature of Matter (10-43)/5 - 5 - Video 5.4 Wave Nature of Matter (1043).txt 6KB
04 - Week 4 Chemical Kinetics 2/04 - Video 4.3 Steady-state approximation (11-04)/4 - 4 - Video 4.3 Steady-state approximation (1104).txt 6KB
05 - Week 5 Quantum Chemistry 1/02 - Video 5.1 Plancks Quantum of Energy (5-53)/5 - 2 - Video 5.1 Plancks Quantum of Energy (553).srt 6KB
07 - Virtual Labs/01 - Introduction to Experiment/7 - 1 - Introduction to Experiment.srt 6KB
02 - Week 2 Thermodynamics 2/05 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (5-46)/2 - 5 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (546).srt 6KB
03 - Week 3 Chemical Kinetics 1/03 - Video 3.2 Stoichiometry and order (10-16)/3 - 3 - Video 3.2 Stoichiometry and order (1016).txt 6KB
03 - Week 3 Chemical Kinetics 1/10 - Video 3.9 Examples of measurements 2 (9-50)/3 - 10 - Video 3.9 Examples of measurements 2 (950).txt 5KB
04 - Week 4 Chemical Kinetics 2/07 - Video 4.6 Catalysis (8-29)/4 - 7 - Video 4.6 Catalysis (829).txt 5KB
03 - Week 3 Chemical Kinetics 1/04 - Video 3.3 Zero Order Reactions (9-07)/3 - 4 - Video 3.3 Zero Order Reactions (907).txt 5KB
05 - Week 5 Quantum Chemistry 1/04 - Video 5.3 Particle Nature of Light - Example (5-01)/5 - 4 - Video 5.3 Particle Nature of Light - Example (501).srt 5KB
05 - Week 5 Quantum Chemistry 1/01 - Introduction to Week 5 by Dr. Patrick OMalley (3-27)/5 - 1 - Introduction to Week 5 by Dr. Patrick OMalley (327).srt 5KB
03 - Week 3 Chemical Kinetics 1/08 - Video 3.7 Experimental determination of reaction order (6-54)/3 - 8 - Video 3.7 Experimental determination of reaction order (654).txt 5KB
03 - Week 3 Chemical Kinetics 1/05 - Video 3.4 First Order Reactions (8-50)/3 - 5 - Video 3.4 First Order Reactions (850).txt 5KB
01 - Week 1 Thermodynamics 1/01 - Introduction to Week 1 by Dr Jonathan Agger (3-30)/1 - 1 - Introduction to Week 1 by Dr Jonathan Agger (330).srt 5KB
02 - Week 2 Thermodynamics 2/02 - Video 2.1 The Second Law of Thermodynamics and Entropy (6-58)/2 - 2 - Video 2.1 The Second Law of Thermodynamics and Entropy (658).txt 5KB
07 - Virtual Labs/04 - Gas Burette Experiment/7 - 4 - Gas Burette Experiment.txt 4KB
01 - Week 1 Thermodynamics 1/03 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (5-28)/1 - 3 - Video 1.2 The Zeroth Law of Thermodynamics and Temperature (528).txt 4KB
05 - Week 5 Quantum Chemistry 1/11 - Video 5.10 Normalisation of the Wavefunction (8-03)/5 - 11 - Video 5.10 Normalisation of the Wavefunction (803).txt 4KB
03 - Week 3 Chemical Kinetics 1/02 - Video 3.1 Rate of reaction (6-23)/3 - 2 - Video 3.1 Rate of reaction (623).txt 4KB
06 - Week 6 Quantum Chemistry 2/03 - Video 6.2 Hydrogenic Atom Quantum Numbers (7-00)/6 - 3 - Video 6.2 Hydrogenic Atom Quantum Numbers (700).txt 4KB
02 - Week 2 Thermodynamics 2/05 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (5-46)/2 - 5 - Video 2.4 The Third Law of Thermodynamics and Absolute Entropy (546).txt 4KB
05 - Week 5 Quantum Chemistry 1/02 - Video 5.1 Plancks Quantum of Energy (5-53)/5 - 2 - Video 5.1 Plancks Quantum of Energy (553).txt 4KB
07 - Virtual Labs/01 - Introduction to Experiment/7 - 1 - Introduction to Experiment.txt 4KB
04 - Week 4 Chemical Kinetics 2/01 - Introduction to Week 4 by Prof. Michael Anderson (2-26)/4 - 1 - Introduction to Week 4 by Prof. Michael Anderson (226).srt 3KB
05 - Week 5 Quantum Chemistry 1/01 - Introduction to Week 5 by Dr. Patrick OMalley (3-27)/5 - 1 - Introduction to Week 5 by Dr. Patrick OMalley (327).txt 3KB
05 - Week 5 Quantum Chemistry 1/04 - Video 5.3 Particle Nature of Light - Example (5-01)/5 - 4 - Video 5.3 Particle Nature of Light - Example (501).txt 3KB
06 - Week 6 Quantum Chemistry 2/01 - Introduction to Week 6 by Dr. Patrick OMalley (1-44)/6 - 1 - Introduction to Week 6 by Dr. Patrick OMalley (144).srt 2KB
04 - Week 4 Chemical Kinetics 2/08 - Chemical Kinetics Recap (1-38)/4 - 8 - Chemical Kinetics Recap (138).srt 2KB
07 - Virtual Labs/03 - Introduction to Experiment/7 - 3 - Introduction to Experiment.srt 2KB
04 - Week 4 Chemical Kinetics 2/01 - Introduction to Week 4 by Prof. Michael Anderson (2-26)/4 - 1 - Introduction to Week 4 by Prof. Michael Anderson (226).txt 2KB
02 - Week 2 Thermodynamics 2/01 - Introduction to Week 2 by Dr. Jonathan Agger (1-29)/2 - 1 - Introduction to Week 2 by Dr. Jonathan Agger (129).srt 2KB
03 - Week 3 Chemical Kinetics 1/01 - Introduction to Week 3 by Prof. Michael Anderson (1-21)/3 - 1 - Introduction to Week 3 by Prof. Michael Anderson (121).srt 2KB
06 - Week 6 Quantum Chemistry 2/01 - Introduction to Week 6 by Dr. Patrick OMalley (1-44)/6 - 1 - Introduction to Week 6 by Dr. Patrick OMalley (144).txt 2KB
07 - Virtual Labs/03 - Introduction to Experiment/7 - 3 - Introduction to Experiment.txt 1KB
04 - Week 4 Chemical Kinetics 2/08 - Chemical Kinetics Recap (1-38)/4 - 8 - Chemical Kinetics Recap (138).txt 1KB
02 - Week 2 Thermodynamics 2/01 - Introduction to Week 2 by Dr. Jonathan Agger (1-29)/2 - 1 - Introduction to Week 2 by Dr. Jonathan Agger (129).txt 1KB
03 - Week 3 Chemical Kinetics 1/01 - Introduction to Week 3 by Prof. Michael Anderson (1-21)/3 - 1 - Introduction to Week 3 by Prof. Michael Anderson (121).txt 1KB