Nguồn ngoài
UC Davis: Chem 2C General Chemistry iiI
This class is a continuation of Chemistry 2B and includes kinetics, electrochemistry, spectroscopy, structure and bonding in transition metal compounds, application of principles to chemical reactions. Laboratory experiments in selected analytical methods and syntheses.
- Tác giả
- LibreTexts
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- LibreTexts
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- CC BY-NC-SA
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- EN
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Mục lục· 86 mục
- AGENDA
- Grading on a Curve
- Exam Reviews
- 01 Concepts for Midterm I
- 02 Concepts for Midterm II
- Descriptive Chemistry Overview for Exam II
- Extra Problems for Exam II
- Solutions for Extra Problems for Exam II
- 03 Concepts for Final Exam
- Extra Problems for Final
- Student Academic Success Center Workshops
- Additional Resources: High and Low Spin
- Chemical Nomenclature
- Electrochemical Conventions
- Lewis Formulas (Structures)
- Review of Oxidation and Reduction Reactions
- Solving for the Cell Potential
- Textbook
- 01: Chemistry Primer
- 1.01: Oxidation-Reduction Reactions
- 1.02: Balancing Redox Reactions
- 1.03: Free Energy and Equilibrium (quick)
- 1.04: Free Energy and Equilibrium (complete)
- 1.05: Electronic Configurations - Spin Quantum Number
- 1.06: Electronic Configurations - Hund's Rules
- 1.07: Electronic Configurations - The Aufbau Process
- 1.08: Electronic Configurations - Pauli Exclusion Principle
- 02: Electrochemistry
- 2.01: Galvanic Cells
- 2.02: Standard Electrode Potentials
- 2.03: Strengths of Oxidants and Reductants
- 2.04: E G and K (The Big Triangle of Chemistry)
- 2.05: Cell Potential as a Function of Concentrations
- 2.06: Batteries- Producing Electricity Through Chemical Reactions
- 2.07: Corrosion- Unwanted Voltaic Cells
- 2.08: Electrolysis- Causing Nonspontaneous Reactions to Occur
- 03: Coordination Chemistry
- 3.01: Werners Theory of Coordination Compounds
- 3.02: Ligands
- 3.03: Nomenclature
- 3.04: Isomerism
- 3.05: Optical Isomerism in Metal Complexes
- 3.06: Stability Aspects of Complex-Ion Equilibria
- 3.07: Chelation
- 3.08: Bonding in Octahedral Complex Ions- Crystal Field Theory
- 3.09: Bonding in Non-Octahedral Complex Ions- Crystal Field Theory
- 3.10: Magnetic Behavior of Atoms Molecules and Materials
- 3.11: Magnetic Behavior of Complex Ions
- 3.12: Optical Properties of Coordination Compounds (Color)
- 04: Descriptive Chemistry
- 05: Chemical Kinetics
- 5.01: Factors that Affect Reaction Rates
- 5.02: Reaction Rates
- 5.03: Concentration and Rates (Rate Laws)
- 5.04: Determining Rate Laws from Initial Rates (Differential Rate Laws)
- 5.05: The Change of Concentration with Time (Integrated Rate Laws)
- 5.06: Using Graphs to Determine (Integrated) Rate Laws
- 5.07: Collision Theory
- 5.08: Temperature and Rate
- 5.09: Reaction Mechanisms
- 5.10: Catalysis
- 5.11: Exercises
- 5.12: Chemical Kinetics (Summary)
- 06: Nuclear Chemistry
- 6.01: Components of the Nucleus
- 6.02: Nuclear Reactions
- 6.03: Nuclear Radiation
- 6.04: Rates of Radioactive Decay
- 6.05: Stability of the Atomic Nucleus
- 6.06: The Origin of the Elements
- 6.07: Transmutation of the Elements
- 6.08: Nuclear Fission
- 6.09: Nuclear Fusion
- 6.10: Nuclear Chemistry (Exercises)
- Worksheets
- 01: Balancing Redox Reactions (Worksheet)
- 02: Galvanic Cells (Worksheet)
- 03: Complex Ions and Nomenclature (Worksheet)
- 04: Complex Ion Structure and Geometry (Worksheet)
- 05: Crystal Field Theory (Worksheet)
- 06: Magnetism and Colors in Coordination Complexes (Worksheet)
- 07: Kinetics I (Worksheet)
- 08: Kinetics II (Worksheet)
- 09: Kinetics III (Worksheet)
- 10: Fundamentals of Nuclear Chemistry (WorkSheet)
- 11: Transmutation and Nuclear Kinetics (Worksheet)