Chemistry Notes
This is a collection of MoeTube video's for the chemistry curriculum at Moeller. There are notes and reviews for almost every topic in CP1 chemistry, and there are notes for many of the topics in AP chemistry.
045 Significant Figures Quick Lesson
Learn about significant figures in a quick lesson. This is a shorter version of the 001 Significant Figures video.
002 Density
Density - Learn what Density is and how to solve density problems.
003 - 1 Dimensional Analysis English System
Learn how to work a problem using dimensional analysis, also called the factor label method. This video works the problems using the English system, a system that you are familiar with to help you get started.
003 - 2 Dimensional Analysis The Metric System
Learn how to convert in the metric system using dimensional analysis.
072 Nomenclature Binary Compounds: Type I, II, and III
Learn how to name simple binary compounds Types I, II, and III (Ionic Compounds and Covalent Compounds).
073 Nomenclature Polyatomics & Acids
Learn how to name polyatomic ions in Type I & II ionic compounds. Also learn how to name acids.
008 Nomenclature Latin System & Formula Writing
Learn how to apply the Latin Nomenclature system to Type II compounds (Ionic Compounds). Also, learn how to write formulas for all of the types of compounds.
013 Empirical Formulas
Learn what empirical and molecular formulas are and how to solve for them.
014 Combustion Analysis
AP Chemistry topic - Combustion Analysis
016 Intermolecular Forces
Learn about the three intermolecular forces: London dispersion forces, dipole-dipole forces and hydrogen bonding.
018 Balancing Redox Reactions
Balancing Redox Reactions in AP Chemistry. This is the last unit we will cover for the year. This will be covered in April.
019 Voltaic Cells
Learn how a voltaic cell works and how to calculate cell potential. AP Chemistry. This is part of chapter 20, we will cover this in class in April.
020 Electrolysis
Learn what electrolysis is and the quantitative aspects of electrolysis. AP Chemistry.
021 Delta G, E and Keq
Learn the relationship between Gibbs free energy, cell potential and the equilibrium constant. AP Chemistry.
022 Specific Heat
An introduction to specific heat and thermochemistry. What is specific heat and how do you use the q = m C delta T equation.
023 Calorimetry
Learn what calorimetry is and how to complete a calculation from a calorimetry experiment.
024 Hess's Law
Learn what Hess's Law is, and how exciting it can be to solve for the delta H of an unknown Thermochemical equation!!!
027 Net Ionic Equations
Discover what is actually happening in a chemical reaction and learn how to write net ionic equations.
028 Electron Configurations
Learn how to write an electron configuration or orbital diagram. After this video, watch video 061 Noble Gas Abbreviated Electron Configurations to learn how to abbreviate an electron configuration.
030 Energy and Light
Energy and Light. Learn how to apply the equations c = lambda nu and E = h nu.
031 Drawing Lewis Structures
Learn how to draw a Lewis Structure.
032 Molecular Geometry
Learn how to tell the molecular geometry (shape) of a molecule. This video will look at electron pair geometries as well as molecular geometries. Bond angles will also be discussed.
033 Gas Pressure Units and Avogadro
Learn the gas pressure units and conversions between units. Learn what a barometer and a manometer are, and finally learn what Avogadro taught us about molar volume!
037 Solution Process
Learn about the Solution Process. What energy changes occur when a solution forms. What is Hydration and Solvation.
038 Colligative Properties
Learn what Colligative Properties are and how to apply them. Vapor Pressure Lowering, Freezing Point Depression, Boiling Point Elevation, and Osmotic Pressure.
039 Reaction Rates
Chemical Kinetics. Learn what Reaction Rates are.
040 Differential Rate Laws
Learn how to use experimental data to determine the differential rate law for a reaction.
041 Reaction Mechanisms
Learn what a reaction mechanism is and how to find the rate law using a reaction mechanisms. Also learn about catalysts and intermediates.
042 Equilibrium Expressions
Learn the basic concepts of equilibrium expressions. What are Keq, Kc and Kp?
043 Calculating Equilibrium Constants
Learn how to apply the equilibrium constant expression and solve for the equilibrium constant or a concentration of reactants or products.
044 LeChatelier's Principle
Learn what LeChatelier's Principle is and how to apply it to systems at Equilibrium.
046 Isotopes
Learn about what an Isotope is, also learn the families on the periodic table and the difference between a metal, nonmetal and metalloid.
049 pH Calculations
Learn how to calculate the pH of a solution and how to calculate the hydroxide ion concentration of a solution.
051 Salts that are Acidic, Basic or Neutral
So you thought that salts were all neutral? Learn that some salts are actually basic when dissolved in water and other salts are acidic.
052 Factors that Affect Acid Strength
Learn about the factors that affect the strength of an acid molecule.
053 Calculating the pH of Weak Acids
Learn how to calculate the pH of a weak acid or how to find the Ka of a weak acid knowing the pH.
055 Entropy
Learn all about Entropy (delta S). The disorder of a system!
056 Gibbs Free Energy
Learn what Gibbs Free Energy is and how to find Gibbs Free Energy.
057 Resonance and Exceptions to the Octet Rule
Learn what a resonance structure is and learn the exceptions to the octet rule when drawing Lewis structures.
058 Hybridization & Bond Polarity
Learn how to identify the hybridization of the central atom in a molecule and also learn how to determine if a molecule is polar or non-polar.
059 Integrated Rate Laws
Learn how to apply integrated rate laws.
059 Enthalpy of Reactions
Learn what a thermochemical equation is. This video will also teach you how to take some mass of a reactant or product and figure out the enthalpy change for that particular reaction. This will also go over the delta H for exothermic and endothermic reactions and energy diagrams.
060 Energy Levels, Sub Levels, & Orbitals
Learn about energy levels, sub levels, and orbitals in this video. This is a foundation to understanding how to write electron configurations (discussed in video 028 Electron Configurations).
061 Noble Gas Abbreviated Electron Configurations
First watch video 028 Electron Configurations to learn the basics. Then watch this video to help you learn how to write an abbreviated electron configuration and orbital diagram.
062 Periodic Trends
Learn the periodic trends on the periodic table. From atomic radius to ionization energy to electronegativity.
063 Temperature Conversions
Learn how to convert from Celsius to Fahrenheit and Celsius to Kelvin and vice versa.
AP Chemistry Book Problem Chapter 3.75
Learn how to solve chapter 3 problem 75. Try the problem first on your own and then if you have questions or want to check your work watch this video!
034 Boyle's and Charles's Law Notes
Learn Boyle's, Charles's, Gay-Lussac's, and Avogadro's Law. These are some of the gas laws.
035 Ideal Gas Law
Learn about the Ideal Gas Law and how to solve for pressure, volume, temperature and moles of gas. Also how to solve for the mass, density and molar mass of the gas!
036 Dalton's Law of Partial Pressures
Learn about Dalton's Law of Partial Pressures. Learn what the vapor pressure of water is, and how to account for this in a gas law problem.
064 The Kinetic Molecular Theory
Learn about the Kinetic Molecular Theory of Gases.
065 Gas Stoichiometry
Learn how to work a stoichiometry problem and solve for the volume of a gas.
017 Types of Solids
Learn about the types of solids and the types of alloys.
070 Evaporation and Vapor Pressure
Learn what Evaporation and Vapor Pressure are and how they relate to the intermolecular forces.
050 Energy Requirements for Changes of State
Learn how to calculate the energy change when a substance changes state. Learn how to calculate the energy when a block of ice below zero is heated to liquid water.
047 Molarity & Mass Percent
Learn how to calculate the molarity and mass percent of a solution. Common concentration measurements in chemistry and biology.
