This 18-minute video looks at redox reactions to drive Galvanic Cells.
- Author:
- Khan, Salman
This 18-minute video looks at redox reactions to drive Galvanic Cells.
This 18-minute video lesson discusses the intuition behind why spontaneity is driven by enthalpy, entropy and temperature. It includes an introduction to Gibbs free energy.
This 12-minute video lesson discusses the properties of alkali, alkaline earth and transition metals. It also looks at Halogens and noble gases.
This 15-minute video lesson looks shows how to figure out the pKa of an unknown weak acid from the half equivalence point.
This 13-minute video lesson provides an introduction to half-life.
This 9-minute video lesson looks at ignoring the solution or the solid state molecules when calculating the equilibrium constant.
This short (2.5-minute) video corrects an error in the last video regarding hydrogen peroxide.
In this 10-minute video shows how to figure out the number of moles of gas we have using the ideal gas equation: PV=nRT.
In this 13-minute video lesson shows how to figure out the volume of an ideal gas at standard temperature and pressure (STP).
This 6-minute video lesson explains how to figure out the mass of oxygen we have.
This 5-minute video lesson whos how to figure out the molar mass of a mystery molecule at STP.
In this 9-minute video lesson the intuition behind the ideal gas equation: PV=nRT is discussed.
This 9-minute video lesson provides an Introduction to exponential decay.
This 15-minute video lesson explains kinetics, activation energy, activated complex and catalysts.
This 18-minute video lesson provides an introduction to oxidation and reduction, and includes oxidation states.
This 18-minute video lesson discusses the autoionization of water into hydronium and hydroxide ions. As well as pH, pOH, and pKa.
This 21-minute video lesson introduces the atom, proton, neutron and electron.
This 13-minute video lesson provides an Introduction to ionic, covalent, polar covalent, and metallic bonds.
This 16-minute video lesson provides a more concrete attempt at showing how the probabilities of molecules reacting is related to their concentration.
This 13-minute video provides a probabilistic look at how molecules react to develop the intuition behind the equilibrium constant formula.