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Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles notes
Robert M. Eisberg, Robert Resnick - ISBN: 9780471873730
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View all 2 notes for Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles, written by Robert M. Eisberg, Robert Resnick. All Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles notes
Este es un resúmen personal hecho para rendir el examen final de la materia Física Moderna I de la Universidad Nacional de Salta, Argentina. Temas que se abordan: Descubrimientos: Electrón, Protón, Neutrón. Experimentos: Thompson, Millikan, Rutherford. Efecto fotoeléctrico, Compton. Espectros atómicos, modelo de Bohr. Mecánica cuántica ondulatoria (Shroedinger). Átomos hidrogenoides. Mecánica estadística. Sólidos.
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Este es un resúmen personal hecho para rendir el examen final de la materia Física Moderna I de la Universidad Nacional de Salta, Argentina. Temas que se abordan: Descubrimientos: Electrón, Protón, Neutrón. Experimentos: Thompson, Millikan, Rutherford. Efecto fotoeléctrico, Compton. Espectros atómicos, modelo de Bohr. Mecánica cuántica ondulatoria (Shroedinger). Átomos hidrogenoides. Mecánica estadística. Sólidos.
This note contains a detail, descriptive summary of Atomic Physics, as taught in undergraduate level. From the experimental discovery related to spectroscopy, and the theory that describes the experimental results are summarized here. The topics are mainly as follows- 1. Bohr Theory 2. Sommerfeld Theory 3. Different quantum numbers 4. Hydrogen atom 5. Space quantization 6. Vector atom model 7. Zeeman effet 8. Stern Gerlach Experiment 9. Energy level splitting And many more..
- Class notes
- • 40 pages •
This note contains a detail, descriptive summary of Atomic Physics, as taught in undergraduate level. From the experimental discovery related to spectroscopy, and the theory that describes the experimental results are summarized here. The topics are mainly as follows- 1. Bohr Theory 2. Sommerfeld Theory 3. Different quantum numbers 4. Hydrogen atom 5. Space quantization 6. Vector atom model 7. Zeeman effet 8. Stern Gerlach Experiment 9. Energy level splitting And many more..
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Newest Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles summaries
Este es un resúmen personal hecho para rendir el examen final de la materia Física Moderna I de la Universidad Nacional de Salta, Argentina. Temas que se abordan: Descubrimientos: Electrón, Protón, Neutrón. Experimentos: Thompson, Millikan, Rutherford. Efecto fotoeléctrico, Compton. Espectros atómicos, modelo de Bohr. Mecánica cuántica ondulatoria (Shroedinger). Átomos hidrogenoides. Mecánica estadística. Sólidos.
- Summary
- • 1 pages •
Este es un resúmen personal hecho para rendir el examen final de la materia Física Moderna I de la Universidad Nacional de Salta, Argentina. Temas que se abordan: Descubrimientos: Electrón, Protón, Neutrón. Experimentos: Thompson, Millikan, Rutherford. Efecto fotoeléctrico, Compton. Espectros atómicos, modelo de Bohr. Mecánica cuántica ondulatoria (Shroedinger). Átomos hidrogenoides. Mecánica estadística. Sólidos.
This note contains a detail, descriptive summary of Atomic Physics, as taught in undergraduate level. From the experimental discovery related to spectroscopy, and the theory that describes the experimental results are summarized here. The topics are mainly as follows- 1. Bohr Theory 2. Sommerfeld Theory 3. Different quantum numbers 4. Hydrogen atom 5. Space quantization 6. Vector atom model 7. Zeeman effet 8. Stern Gerlach Experiment 9. Energy level splitting And many more..
- Class notes
- • 40 pages •
This note contains a detail, descriptive summary of Atomic Physics, as taught in undergraduate level. From the experimental discovery related to spectroscopy, and the theory that describes the experimental results are summarized here. The topics are mainly as follows- 1. Bohr Theory 2. Sommerfeld Theory 3. Different quantum numbers 4. Hydrogen atom 5. Space quantization 6. Vector atom model 7. Zeeman effet 8. Stern Gerlach Experiment 9. Energy level splitting And many more..
Do you have documents that match this book? Sell them and earn money with your knowledge!
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