Hero image

Education Applications

Average Rating4.33
(based on 12 reviews)

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.

456Uploads

180k+Views

83Downloads

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.
Dobereiner's Contribution
FranklyChemistryFranklyChemistry

Dobereiner's Contribution

(0)
This video from Frankly Chemistry takes a look at the period 1815 to 1829, during which Johan Dobereiner identified his so-called 5 Triads, including the 'Alkali Formers' and 'Salt Formers'.
Fehling's Solution: Aldehyde
FranklyChemistryFranklyChemistry

Fehling's Solution: Aldehyde

(0)
This video from Frankly Chemistry we see how fresh Fehling's solution is prepared and used to show up the presence of an aldehyde. This is used in particular to distinguish between an aldehyde and ketone.
VSEPR Theory
FranklyChemistryFranklyChemistry

VSEPR Theory

(0)
This video from Frankly Chemistry shows the shapes of covalent molecules as explained by the valence shell electron-pair repulsion theory (VSEPR model).
Dipoles & Hydrogen Bonding
FranklyChemistryFranklyChemistry

Dipoles & Hydrogen Bonding

(0)
This video from Frankly Chemistry takes you down to a millionth of a millimetre to show you the resultant dipole in water molecules and the hydrogen bonds that attract the molecules together