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1.1 VSEPR for 5 electron clouds (part 1)
免 14:581.2 Electronegativity and bonding
免 00:001.3 VSEPR for 3 electron clouds
免 00:001.4 VSEPR for 2 electron clouds
免 00:001.5 Steric number
免 00:001.6 sp hybridization
免 10:591.7 Ionic, covalent, and metallic bonds
免 00:001.8 More on the dot structure for sulfur dioxide
免 00:001.9 Worked examples: Finding the hybridization of atoms in organic molecules
免 00:001.10 sp³ hybridization
免 00:001.11 sp² hybridization
免 00:001.12 Electronegativity
免 00:001.13 Covalent networks, metallic crystals, and ionic crystals
免 00:001.14 VSEPR for 6 electron clouds
免 00:001.15 Resonance and dot structures
免 06:141.16 Formal charge and dot structures
免 00:001.17 VSEPR for 4 electron clouds
免 00:001.18 Drawing dot structures
免 00:001.19 Metallic nature
免 00:001.20 Electronegativity and bonding
免 00:001.21 VSEPR for 5 electron clouds (part 2)
免 00:002.1 The mole and Avogadro_s number
免 09:442.2 Common polyatomic ions
免 00:002.3 Atomic number, mass number, and isotopes
免 00:002.4 Elements and atoms
免 00:002.5 Atomic weight and atomic mass
免 00:002.6 Molecular mass and molecular weight
免 00:002.7 Empirical, molecular, and structural formulas
免 00:002.8 Atomic weight
免 00:002.9 Introduction to chemistry
免 00:002.10 Calculating atomic weight
免 00:002.11 Worked example: Identifying isotopes and ions
免 00:002.12 Introduction to ions
免 00:002.13 Naming ions and ionic compounds
免 00:002.14 Naming ionic compound with polyvalent ion
免 00:002.15 Worked example: Finding the formula of an ionic compound
免 00:003.1 Suspensions, colloids and solutions
免 00:003.2 Van der Waals forces
免 00:003.3 Phase diagrams
免 00:003.4 Specific heat and latent leat of fusion and vaporization
免 00:003.5 States of matter follow-up
免 00:003.6 Surface tension
免 00:003.7 Capillary action and why we see a meniscus
免 00:003.8 Vapor pressure
免 00:003.9 Chilling water problem
免 00:003.10 States of matter
免 00:003.11 Change of state example
免 00:003.12 Boiling point elevation and freezing point depression
免 00:003.13 Solubility and intermolecular forces
免 00:003.14 Specific heat, heat of fusion and vaporization example
免 00:004.1 Introduction to electrolysis
免 00:004.2 Worked example: Balancing a redox equation in acidic solution
免 00:004.3 Free energy and cell potential
免 00:004.4 Using reduction potentials
免 00:004.5 Introduction to galvanic/voltaic cells
免 00:004.6 Oxidation state trends in periodic table
免 00:004.7 Standard cell potential and the equilibrium constant
免 00:004.8 Oxidation and reduction
免 00:004.9 Redox titrations
免 00:004.10 Practice determining oxidation states
免 00:004.11 Introduction to redox reactions
免 00:004.12 Lead storage battery
免 00:004.13 Disproportionation
免 00:004.14 Electrolysis of molten sodium chloride
免 00:004.15 Quantitative electrolysis
免 00:004.16 Nernst equation
免 00:004.17 Unusual oxygen oxidation states
免 00:004.18 Oxidizing and reducing agents
免 00:004.19 Galvanic cells and changes in free energy
免 00:004.20 Worked example: Balancing a redox equation in basic solution
免 00:004.21 Using the Nernst equation
免 00:004.22 Calculating the equilibrium constant from the standard cell potential
免 00:004.23 Electrodes and voltage of Galvanic cell
免 00:004.24 Concentration cell
免 09:374.25 Redox reaction with iron
免 00:004.26 Standard reduction potentials
免 00:004.27 Spontaneity and redox reactions
免 00:004.28 Nickel-cadmium battery
免 00:004.29 Redox reaction from dissolving zinc in copper sulfate
免 00:004.30 Shorthand notation for galvanic/voltaic cells
免 00:004.31 Voltage as an intensive property
免 00:005.1 Types of decay
免 00:005.2 Half-life and carbon dating
免 00:005.3 Mass defect and binding energy
免 00:005.4 Exponential decay formula proof (can skip, involves calculus)
免 00:005.5 Introduction to exponential decay
免 00:005.6 More exponential decay examples
免 00:005.7 Half-life plot
免 00:005.8 Nuclear stability and nuclear equations
免 00:005.9 Writing nuclear equations for alpha, beta, and gamma decay
免 00:005.10 Exponential decay and semi-log plots
免 00:00