Chemistry

For aspiring healthcare professionals taking a test or exam pertaining to chemistry, Mometrix has prepared a free library of review videos designed to offer general overviews and discussions of the following chemistry topics and concepts: Absolute Zero, Amino Acids, Amorphous Solids, Balancing Equations, Chemical Reactions, Diatomic Molecules, Enthalpy, Ionic Bonds, Isotopes, Lipids, Molecules, Noble Gases, Periodic Table, Reaction Process, Solutions, Titration and more. These videos offer test takers an effective study tool to refresh their knowledge and understanding of chemistry concepts. When used in combination with Mometrix’s free library of study resources, such as examination-specific practice tests, you will be equipped with the tools you need to succeed.

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 Geometry	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
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 That an AX₃ 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	What are Covalent Bonds

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Last updated: 05/29/2018
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