GENERAL CHEMISTRY SIMULATIONS
Bill Vining, SUNY Oneonta
Used with permission by Cengage Learning
These simulations may be used for educational purposes. Copying
in any form is not authorized.
1.
Introduction to Measurement and Matter
2a.
Elements
Development of Atomic Theory
Timeline
Isotopic Abundance and Average
Atomic Weight
2b.
Compounds
Names and Formulas of Ionic
Compounds
3.
Stoichiometry
Compounds, Molecules and Moles
4.
Reactions in Aqueous Solution
Extent of Ionization of Strong
and Weak Acids
5.
Thermochemistry
Thermal Energy Transfer
between Substances
Energetics of Changes of State
6.
Electromagnetic Radiation and Orbitals
Atomic Absorption and Emission
in Hydrogen
Shells, Subshells and Orbitals
7.
Electron Configurations and Periodic Properties
Electron Configurations of the
Elements
Electron Pairing and Magnetic
Behavior
Electron Configuration of Ions
Periodic Table and Periodic
Properties
8.
Molecular Structure, Lewis Structures and VSEPR
Bond Energy and Enthalpy
Change
Shapes of Molecules with 2 - 6
Structural Electron Pairs
Structure of Silicon – Oxygen
Compounds
9.
Valence Bond Theory and Molecular Orbital Theory
Conversion between cis-
and trans-butene
Structure and Bonding of
Benzene and Allene
Metallic Bonding and Band
Theory
Bonding and Electronic
Structure in Transition Metal Coordination Compounds
UV – Vis Spectroscopy in
Transition Metal Coordination Compounds
10.
Gases
Boltzmann Distribution of
Molecular Speeds
Calculation of the
Temperature of a Planet
11.
Intermolecular Forces and Properties of Liquids
Vapor Pressure Curves for
Liquids
The Clausius – Clapyron Equation
Boiling Point Trends for
Organic Compounds
12.
Solids
13.
Solutions
14.
Kinetics
Instantaneous Rate from
Concentration-Time Curves
Concentration Dependence of Reaction
Rates
Graphical Method for Determining the
Rate Equation
Reaction Coordinate Diagrams and
Temperature Dependence of Rate
Boltzmann Diagrams with Temperature
and Activation Energy Control of Reaction Rate
Selectivity in Chemical Reactions
15. Equilibrium
Effect of
Volume Changes on Equilibria
Equilibrium
Systems and Constants
Le Châtelier’s Principle; Disturbing an Equilibrium
The Meaning of
the Equilibrium Constant: Molecular View
Use Q and K to
Determine if a System is at Equilibrium
16. Acid-Base
Equilibria
Alpha Plots and
pH Plots for Diprotic Acids
The Carbonate
System Alpha Plot
The Common Ion
Effect in Acid-Base Systems
18. Solubility
Equilibria
Ksp and Precipitation Reactions
The Common Ion
Effect in Solubility Systems
The Solubility
Product Constant
19. Entropy and
Free Energy
Extraction of
Metals from Metal Ores
Reaction
Coordinate Diagrams: Thermodynamics, Kinetics, and the Equilibrium Constant
20. Electrochemistry
22. Organic Chemistry
23. Transition Metal Coordination Chemistry
Electronic
Structure in Transition Metal Complexes
Spectroscopy of
Transition Metal Complexes
24. Nuclear Chemistry
Radioactivity:
Penetrating Power
Environmental
Chemistry
Calculation of
Temperature of a Planet