Regents Chemistry
A topic-by-topic review using the January, 2012 Chemistry Regents exam.
This course offers a topic-by-topic overview of the concepts taught in a New York State High School Chemistry class.
Using all 85 questions from the January, 2012 Chemistry Regents, videos are used to demonstrate how to answer each multiple choice and short answer question.
Each video also offers additional information, such as why other answers are incorrect or common mistakes students make.
Many videos describe how to use the Chemistry Reference Tables properly.
Guy "Chemistry" Hauptman
What to expect from "High School Chemistry"!
Terms of Use
How to Pass the June, 2020 Chemistry Regents
Pure Substances
Chemical Changes
Elements can NOT be broken down chemically
Chemical Property
Allotropes
All Solutions are Homogeneous Mixtures
Separating Mixtures
Average Kinetic Enrgy
Cooling Curve
Particle Diagrams
Properties of Phases
Entropy
Using Table H: Vapor Pressure
Kinetic Molecular Theory
Avogadro's Hypothesis
Combined Gas Law
The Gold Foil Experiment
Orbitals
Subatomic Particles
Particle Mass: Table O
Number of Electrons
Principle Energy Levels
Electron Shells
The Ground State
The Excited State
Bright Line Spectra
Ions
Becoming an ion
Mass Number
Penetrating Power
Risks to Humans
Fusion & Fission
Nuclear Equations
Half-Life
Periodic Table Arrangement
Element Type & Location
Similar Properties
Electronegativity
Ionization Energy
Atomic Radius
Estimating Atomic Radius
Bond Energy
Stable Octet
Ionic Bond
Covalent Bond
Nonpolar Covalent Bond
Ionic & Covalent Bonds
Hydrogen Bonds
Empirical Formula
Criss-Cross
Reverse Criss-Cross
Determining Oxidation States
Types of Reactions
Using Table J: Spontaneous Reactions
Balancing Equations
Metric Conversions
Identifying Significant Figures
Percent Composition
Mole Calculation
Identifying a Solution
Using Table G: unsaturated, saturated, supersaturated
Parts per million
Boiling Point & Freezing Point Changes
Potential Energy Diagram
Using Table I: Exothermic or Endothermic
Spontaneous Reactions
Heat of Reaction Mole Ratios
Equilibrium
Pressure Changes on a Reaction
Concentration Changes on a Reaction
Arrhenius Base
Alternate Acid-Base Theory
pH Changes
Using Table M: Common Acid-Base Indicators
Neutralization
Titration
Reduction
Voltaic Cell
Electrolytic Cell
Cathode & Anode
Changes in Mass
Hydrocarbons
Isomers
Functional Groups
Halides
Addition Reaction