Dr. David Vanden Bout discusses molecular shapes.

Molecular Shapes

Dr. David Vanden Bout discusses the second law of thermodynamics.

2nd Law of Thermodynamics

Dr. David Vanden Bout discusses the first law of thermodynamics.

1st Law of Thermodynamics

Dr. Paul McCord discusses intermolecular forces.

Intermolecular Forces

Dr. David Vanden Bout discusses Thermodynamic Spontaneity

Thermodynamic Spontaneity

Thermodynamic Free Energy presented by Dr. David Vanden Bout

Thermodynamic Free Energy

Chemical Bonding presented by Dr. David Vanden Bout

Chemical Bonding

Partial Pressure presented by Dr. David Vanden Bout

Partial Pressure

Atomic Theory presented by Dr. David Vanden Bout

Atomic Theory

Gas law presented by Dr. David Vanden Bout

Gas Law

I wish this existed when I took this class   This professor was MY professor for ch301. Anyway great source!

seems very helpful

Chemistry 301

Basic electron configurations of multi-electron elements, part one of a three part video.

Basic Electron Configurations-Part One.

This short video reminds students that one needs a very large number to convert between the quantities that can be measured on the macro scale and the amounts of individual particles that are necessary to have such that the mateiral can be easily quantified.

The Mole Explained

Ideal Gas Law. Presented by Dr. Paul McCord.

Ideal Gas Law

This short video explains that it is possible to combine bonding theories to most accurately understand and predict observable physical and chemical properties of molecules.

Valence Bond Theory and Molecular Orbital Theory- Benzene example

A Boyle's Law Problem presented by Dr. Paul McCord.

Boyle's Law Problem

Chemistry example using reaction stoichiometry. Given moles of one substance, calculate moles of another substance--using the balanced chemical reaction. This is one method of two. Method A.

Reaction Stoichiometry Mole to Mole Conversions Method (A)

Periodic Trends-Left to right

Kinetic Molecular Theory presented by Dr. David Vanden Bout.

Kinetic Molecular Theory

This video looks at the shielding of the nuclear charge felt by the valence electrons by the core electrons in an atom

Shielding and Zeff

Distribution of kinetic energy in a system presented by Dr. David Vanden Bout.

Distribution of Kinetic Energy

Given grams of one substance, calculate grams of another substance related by chemical reaction.

Reaction Stoichiometry Gram to Gram Conversions (Method A)

Vapor pressure, evaporation and equilibrium presented by Dr. Paul McCord.

Vapor Pressure

Periodic Trends-Top to bottom

Aufbau ordering read from the periodic table. Worked examples using the periodic table to guide the ordering of the filling of the atomic orbitals.

Electron Configurations-Part Three

Given moles of multiple reactants, determine which is limiting and calculate the moles of product using ratios.

Limiting Reactant Mole to Mole (Method B)

Electron Configurations- Exceptions

Given moles of multiple reactants, determine which is limiting and calculate the moles of product formed.

Limiting Reactant Mole to Mole (Method A)

Molecular weight 1

Given grams of one substance, calculate grams of another substance related by balanced chemical reaction. This method uses ratio of grams.

Reaction Stoichiometry Gram to Gram Conversions (Method C)

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