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CCSF Chemistry Resources

Chemistry

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01: CHE 101 - Introduction to General Chemistry
1.00: Making Measurements
1.0.00: Measurements
1.0.01: Measurement Uncertainty, Accuracy, and Precision
1.0.02: Conversions
1.0.03: Volume, Thickness, and Density
1.0.04: Energy Basics
1.0.05: Calorimetry Week 3 Lab
1.0.5.00: Unit 1 Practice Problems
1.01: Atoms and the Periodic Table
1.1.00: Evolution of Atomic Theory
1.1.01: Atomic Structure and Symbolism
1.1.02: The Periodic Table
1.1.03: Memorizing Element Names and Symbols
1.1.04: Development of Quantum Theory
1.1.05: Electron Configurations
1.1.06: Electromagnetic Energy - Lab 4
1.02: Chemical Bonding
1.2.00: Redox Reactions
1.2.01: Ionic Bonding
1.2.02: Covalent Bonding
1.2.03: Polyatomic Ions
1.2.04: Lewis Symbols and Structures
1.2.05: Molecular Structure and Polarity
1.2.06: Chemical Formulas
1.2.07: Chemical Nomenclature
1.03: Stoichiometry of Chemical Reactions
1.3.00: Writing and Balancing Chemical Equations
1.3.01: Formula Mass and the Mole Concept
1.3.02: Types of Reactions
1.3.03: Reaction Stoichiometry
1.3.04: Reaction Yields
1.3.05: Exothermic and Endothermic Reactions
1.04: Concentrations
1.4.00: The Dissolution Process
1.4.01: Electrolytes
1.4.02: Solubility
1.4.03: Weight by Volume and Molarity
1.4.04: Other Units for Solution Concentrations
1.05: Acid-Base Equilibria
1.5.00: Acids and Bases
1.5.01: pH and pOH
1.5.02: Relative Strengths of Acids and Bases
1.5.03: Acid-Base Neutralization
1.5.04: Polyprotic Acids
1.5.05: Buffers
1.06: Gases
1.6.00: Gas Pressure
1.6.01: Relating Pressure, Volume, Amount, and Temperature- The Ideal Gas Law
1.6.02: The Kinetic-Molecular Theory
02: CHE 201 - General Chemistry I
2.00: The Scale of the Atomic World
2.0.00: Measurements
2.0.01: Measurements (Problems)
2.0.02: Dimensional Analysis
2.0.03: Dimensional Analysis (Problems)
2.01: The Structure of the Atom
2.1.00: A History of Atomic Theory
2.1.01: A History of Atomic Theory (Problems)
2.1.02: The Structure of the Atom and How We Represent It
2.1.03: The Structure of the Atom and How We Represent It (Problems)
2.1.04: Calculating Atomic Masses
2.1.05: Calculating Atomic Masses (Problems)
2.02: Nuclei, Ions, and Molecules
2.2.00: Nuclear Chemistry and Radioactive Decay
2.2.01: Nuclear Chemistry and Radioactive Decay (Problems)
2.2.02: A Brief History of the Organization of the Periodic Table
2.2.03: A Brief History of the Organization of the Periodic Table (Problems)
2.2.04: Writing Chemical Formulas
2.2.05: Writing Chemical Formulas (Problems)
2.2.06: Molecular and Ionic Compounds
2.2.07: Molecular and Ionic Compounds (Problems)
2.03: Quantifying Chemicals
2.3.00: Unit Cells
2.3.01: Unit Cells (Problems)
2.3.02: Formula Mass, Percent Composition, and the Mole
2.3.03: Formula Mass, Percent Composition, and the Mole (Problems)
2.3.04: Empirical and Molecular Formulas
2.3.05: Empirical and Molecular Formulas (Problems)
2.04: Transformations of Matter
2.4.00: Writing and Balancing Chemical Equations
2.4.01: Writing and Balancing Chemical Equations (Problems)
2.4.02: Reaction Stoichiometry
2.4.03: Reaction Stoichiometry (Problems)
2.4.04: Calculating Reaction Yields
2.4.05: Calculating Reaction Yields (Problems)
2.05: Common Chemical Reactions
2.5.00: Calculating Molarity
2.5.01: Calculating Molarity (Problems)
2.5.02: Solutions Chemistry
2.5.03: Solutions Chemistry (Problems)
2.5.04: Classifying Chemical Reactions (Precipitation)
2.5.05: Classifying Chemical Reactions (Precipitation) (Problems)
2.5.06: Classifying Chemical Reactions (Acids and Bases)
2.5.07: Classifying Chemical Reactions (Acids and Bases) (Problems)
2.5.08: Classifying Chemical Reactions (Redox)
2.5.09: Classifying Chemical Reactions (Redox) (Problems)
2.06: Ideal Gas Behavior
2.6.00: Temperature and Pressure
2.6.01: Temperature and Pressure (Problems)
2.6.02: The Gas Laws
2.6.03: The Gas Laws (Problems)
2.6.04: Applications of the Ideal Gas Law and Partial Pressures
2.6.05: Applications of the Ideal Gas Law and Partial Pressures (Problems)
2.6.06: Kinetic Molecular Theory
2.6.07: Kinetic Molecular Theory (Problems)
2.07: Thermochemistry
2.7.00: The Basics of Energy
2.7.01: The Basics of Energy (Problems)
2.7.02: Calorimetry
2.7.03: Calorimetry (Problems)
2.7.04: Enthalpy and Hess’ Law
2.7.05: Enthalpy and Hess’ Law (Problems)
03: CHE 202 - General Chemistry II
3.00: The Quantum World
3.0.00: The Nature of Light
3.0.0.00: The Nature of Light (Problems)
3.0.01: Atomic Spectroscopy and the deBroglie Wavelength
3.0.1.00: Atomic Spectroscopy and the deBroglie Wavelength (Problems)
3.01: Electrons in Atoms
3.1.00: Coulomb's Law and the Electrostatic Potential
3.1.0.00: Coulomb's Law and the Electrostatic Potential (Problems)
3.1.01: Atomic Orbitals and Quantum Numbers
3.1.1.00: Atomic Orbitals and Quantum Numbers (Problems)
3.1.02: Atomic Orbitals and the Bohr Model
3.1.2.00: Atomic Orbitals and the Bohr Model (Problems)
3.02: Periodic Patterns
3.2.00: Electron Configurations
3.2.0.00: Electron Configurations (Problems)
3.2.01: Trends in Size
3.2.1.00: Trends in Size (Problems)
3.2.02: Trends in Ionization Energy
3.2.2.00: Trends in Ionization Energy (Problems)
3.2.03: Trends in Electron Affinity and Metallic Character
3.2.3.00: Trends in Electron Affinity and Metallic Character (Problems)
3.03: Lewis Structures
3.3.00: Bond Types
3.3.0.00: Bond Types (Problems)
3.3.01: Lewis Dot Diagrams
3.3.1.00: Lewis Dot Diagrams (Problems)
3.3.02: Lewis Structures
3.3.2.00: Lewis Structures (Problems)
3.3.03: Formal Charge and Oxidation State
3.3.3.00: Formal Charge and Oxidation State (Problems)
3.04: Molecular Shape
3.4.00: Bond Strength
3.4.0.00: Bond Strength (Problems)
3.4.01: Molecular Shape
3.4.1.00: Molecular Shape (Problems)
3.4.02: Valence Bond Theory and Hybrid Orbitals
3.4.2.00: Valence Bond Theory and Hybrid Orbitals (Problems)
3.05: Molecular Polarity
3.5.00: Electronegativity and Polarity
3.5.0.00: Electronegativity and Polarity (Problems)
3.5.01: Molecular Shape and Polarity
3.5.1.00: Molecular Shape and Polarity (Problems)
3.5.02: Intermolecular Forces
3.5.2.00: Intermolecular Forces (Problems)
3.06: Intermolecular Forces in Action
3.6.00: Surface Tension, Viscosity, and Capillary Action
3.6.0.00: Surface Tension, Viscosity, and Capillary Action (Problems)
3.6.01: Vapor Pressure
3.6.1.00: Vapor Pressure (Problems)
3.6.02: Lattice Energies
3.6.2.00: Lattice Energies (Problems)
3.07: Solutions and Phase Changes
3.7.00: Heating Curves and Phase Changes
3.7.0.00: Heating Curves and Phase Changes (Problems)
3.7.01: Solubility and Intermolecular Forces
3.7.1.00: Solubility and Intermolecular Forces (Problems)
3.7.02: Concentrations of Solutions
3.7.2.00: Concentrations of Solutions (Problems)
3.08: Semiconductors
3.8.00: Bond Types and Molecular Orbital Theory
3.8.0.00: Bond Types and Molecular Orbital Theory (Problems)
3.8.01: The Solid State of Matter
3.8.1.00: The Solid State of Matter (Problems)
3.8.02: Structure and General Properties of the Metalloids