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Winner of the Royal Society of Chemistry Schools Education Award in 2016, I produce teaching & assessment resources for chemistry & much more. Making use of the latest software I produce all kinds of interactions, iquizzes and simple animations. I can also employ this software and my skills to produce bespoke resources for a wide range of subjects, including the other sciences, mathematics, humanities, languages & business & marketing. I can assist you with your teaching or personal project.

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Winner of the Royal Society of Chemistry Schools Education Award in 2016, I produce teaching & assessment resources for chemistry & much more. Making use of the latest software I produce all kinds of interactions, iquizzes and simple animations. I can also employ this software and my skills to produce bespoke resources for a wide range of subjects, including the other sciences, mathematics, humanities, languages & business & marketing. I can assist you with your teaching or personal project.

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Dynamic Equilibrium
FranklyChemistryFranklyChemistry

Dynamic Equilibrium

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This video from Frankly Chemistry shows two simple analogies to attempt to put across the significance of 'dynamic' in the term dynamic equilibrium.
VSEPR Theory
FranklyChemistryFranklyChemistry

VSEPR Theory

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This video from Frankly Chemistry shows the shapes of covalent molecules as explained by the valence shell electron-pair repulsion theory (VSEPR model).
Equilibria: Calculating the equilibrium constant K
FranklyChemistryFranklyChemistry

Equilibria: Calculating the equilibrium constant K

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This is one of a set of three videos looking at calculations involving the equilibrium constant Kc. In this question the Kc value is given, together with the equilibrium concentrations of two of the 3 chemicals present. You are then required to work out the equilibrium concentration of the remaining chemical. The reaction is: 2SO2 + O2 = 2SO3
Electrolysis of Water
FranklyChemistryFranklyChemistry

Electrolysis of Water

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This video from Frankly Chemistry looks in reasonable detail at the electrolysis of water (with a few drops of concentrated sulfuric acid) using inert graphite electrodes.