This video explains the relationship between potential, work and free energy.

This short video shows an example of using the Arrhenius Law to determine a new T given a certain increase in rate for a reaction with a given Ea.

Short video explaining how to calculate the cell potential under nonstandard conditions using the Nernst equation.

This short video shows the thermodynamic basis of the Nernst equation.

Short video showing relationship between electrochemical cell potential and K, equilibrium constant.

This short video employs the relationship between standard cell potential and free energy to calculate the free energy of a cell.

This short video shows the dimensional analysis approach to relating the time to the total charge delivered given a set current.

Short description of Faraday's law with basic example of converting charge to amount metal reduced.

Short video working an example of how to balance a redox reaction in acidic solution.

This short video is an example of balancing a REDOX reaction in basic solution.

A short description of electron transfer in a REDOX reaction.

This short video describes the terms oxidizing agent and reducing agent.

This short video demonstrates how to determine oxidation numbers in reactions.

This short video describes the empirically derived Arrhenius Law.

Second order integrated rate equation, worked example and half life derived.

Zero Order Integrated Rate Equation and half-life Derived.

Half life of First Order Reaction derived and worked example.

First order integrated rate law explained and worked example.

Sources of radiation

Quantifying Radiation. The "amount" of radioactivity of a substance.

Isotopic Decay series explained.

Description of the term half life.

Short video describing alpha, beta and gamma radiation.

Calculation of the amount of energy given off with a nuclear decay

Band of Stability Explained