Chemistry
- Absolute Zero
- Activated Complex in a Chemical Reaction
- Alkanol Reactions
- Allotropes
- Amedeo Avogadro’s Hypothesis
- Amino Acids
- Amorphous Solids
- Anion, Cation and Octet Rule
- A System at Equilibrium Will Change in Response to Changing Concentrations
- A System at Equilibrium Will Change in Response to Changing Pressures
- A System at Equilibrium Will Change in Response to Changing Temperatures
- Atomic Models
- Aufbau Principle
- Avogadro’s Law
- Balanced Chemical Equations
- Balance of Forces That Make a Solid
- Balancing Equations
- Basic Properties of Gas
- Basics for Alkenes
- Basics of Alcohols
- Basics of Alkyl
- Basics of Alkynes
- Basics of Hydrocarbons
- Basics of Isomers
- Basics of Organic Acids
- Basics of Organic Compound Groups
- Basics of Polymerization
- Bent Molecular Shape
- Block On the Periodic Table of Elements
- Boiling Point Elevation of an Aqueous Solution
- Bond Energy
- Boric Acid and Borax
- Buffer
- Calculating the Equilibrium Constant
- Catalysts
- Catenation
- Characteristics of Isomers
- Chemical Properties of Methane
- Chemical Reaction Examples
- Chemical Reactions
- Classification of Alphatic Compounds
- Combustion
- Combustion Reaction
- Common Ion Effect
- Complex Ions
- Concept of a Mole Ratio
- Concept of Lewis Acids and Bases
- Concept of Reaction Rate
- Dalton’s Law of Partial Pressure
- Determining the Boiling Point of a Liquid by Simple Distillation
- Determining the Molar Mass of a Solute from the Freezing Point or Boiling
- Diatomic Molecules
- Differences in Boiling Points
- Diffusion and Graham’s Law of Diffusion
- Dynamic Equilibrium
- Effusion and Graham’s Law of Effusion
- Electric Charge
- ENSO Event
- Enthalpy
- Entropy and the Second Law of Thermodynamics
- Equilibrium Expression in Terms of Pressure
- Equilibrium of Weak Acids
- Equilibrium of Weak Bases
- Factors that Influence Whether a Molecule is Linear
- Factors That Will Increase the Rate of a Chemical Reaction
- Features of a Thermochemical Equation
- Finding Total Heat Required
- First Law of Thermodynamics
- First Order Chemical Reaction
- Freezing Point Depression of an Aqueous Solution
- Functional Groups
- Haber Process for Making Ammonia
- Half Life of a Chemical Reaction
- Heat of Vaporization and Fusion
- Heat Transfer at the Molecular Level
- Hess’s Law
- How to Balance a Chemical Equation
- Hydrogen Sulfide
- Ideal Gas Law
- Ideal Gas vs. Real Gas
- Ionic Bonds
- Ionic Compounds
- Ionization Energy
- Iron, Cobalt, and Nickel
- Isotopes
- John Dalton
- Kinetic Molecular Theory
- Laws of Thermodynamics
- Lipids
- Magnets
- Major Classes of Hydrocarbons
- Melting Points
- Metallic Bonds
- Metals in the Periodic Table
- Molarity of a Solution
- Molatity of a Solution
- Mole Concept
- Molecules
- Mole Ratios
- Naming of Alcohols
- Naming of Organic Acids
- Noble Gases
- Nonpolar Covalent Chemical Bonds
- Nuclear and Chemical Reactions
- Nuclear Charge
- Nuclear Fusion
- Nucleic Acids
- Order of Electron Filling in the Periodic Table
- Organic Compound Functional Groups
- Organic Compounds
- Ostwald Process for Making Nitric Acid
- Oxides of Alkaline
- Paper Chromatography
- Performing a Flame Test for Metals
- Periodic Table
- Periods and Groups of the Periodic Table
- pH
- Phosphorus Halides
- Photosynthesis
- Physical and Chemical Changes
- Physical Properties of Alcohols
- Physical Properties of Organic Acids
- Pi Bonds and Sigma Bonds
- Polymers
- Predicting Product When Given Reactants
- Prefix and Carbon Atom Relationship
- Preparation of Organic Acids
- Properties of a Bronsted Acid and Base
- Properties of Acids
- Properties of Alkanes
- Properties of Liquids
- Properties of Methanol
- Properties of Water
- Radioactivity
- Reaction Mechanisms and a Rate-Limiting Step
- Reaction Process
- Reactions of Acids, Bases and Oxides
- Reading Nuclear Equations
- Reduction
- Relationship Between Engery, Work, and Heat
- Rules for Naming Alkanes, Alkenes, and Alkynes
- Scientific Hypothesis and Theories
- Shapes of Crystalline Solids
- Shapes of Molecules with No Lone Pairs
- Shapes That a Molecule Can Assume
- Shielding Changes and The Periodic Table
- Silicates
- Single-Replacement Reactions
- Sodium Chlorine Reactions
- Solutions
- Solvay Process of Producing Commercial Grade Minerals
- Specific Heat Capacity
- State Functions and Endothermic and Exothermic Processes
- State of Most Ionic Compounds
- Stoichiometry
- Strong and Weak Acids and Bases
- Structural Formula for Alkene
- Structural Formulas for Methane, Ethane, and Propane
- Structural Formulas for Pentane
- Sulfur
- The Molality of a Solution
- Theoretical Yield vs Actual Yield
- Thermite Reaction
- The Scientific Method
- Titration
- Trends in Ionization Energies and Atom Size in Group 11a
- Two Structural Formulas for Butane
- Uses of Organic Acids
- Using a Calorimeter
- Volume Percent of a Solution
- VSEPR Theory
Provided by: Mometrix Test Preparation
Last updated: 09/14/2017
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