Chemistry with Dr Steph

Ketone and HCN reaction example

How to calculate the percentage yield (percent yield)

Lecture - Redox Reactions and Solubility PART1 (of 2)

Electrochemistry - Voltaic Cells - Cathode, Anode, Flow of electrons and Salt Bridge

Lecture - Chemical Calculations PART2 (of 5)

Lecture - Nomenclature - naming ionic and covalent compounds

Lecture - Chemical Calculations PART3 (of 5)

Which mechanisms is possible?

How does a lightboard work??

The Ideal Gas Law example - PV=nRT volume of CO2 produced

Which is the most acidic anion? 3,5 - dichlorophenol, 3,5-dimethylphenol, phenol and cyclohexanol

Lecture - Chemical Calculations PART5 (of 5)

Crystal field theory - How it works.

Lecture - Chemical Bonding PART1 (of 2)

Transition Metal Complexes. Example: assigning complexes to their colour

how do you write on a lightboard?

Lecture - Redox Reactions and Solubility PART2 (of 2)

Identifying Functional Groups in Line Diagrams. Full examples explained.

Lecture - Transition Metals

Hybridization: Fully explained. single, double and triple bonds.

Lecture - Benzene (nomenclature, Huckel's definition, Electrophilic aromatic substitution)

Lecture - Chemical Calculations PART1 (of 5)

Transition Metal Complexes. How to determine the colour of the complex

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Lecture - Atomic structure, Orbitals and Electronic configuration.

Determination of rate law and rate expression from experimental data

Lecture - Alcohols, Haloalkanes and Ethers PART 2 (of 2)

Lecture - Chemical foundations

Lecture - Electrochemistry, Gas Laws and Phase Diagrams

Transition Metal ions - determination of electronic configuration

Naming transition metal complexes and nomenclature rules.

How to convert wavelength to kJ/mol

Transition Metal complexes. Why do the orbital split? Axis and repulsions

Lecture - Organic Chemistry

Beer–Lambert law - Why do you need to use dilute solutions for UV absorbance experiments?

Lecture - Thermodynamics

How to use a UV spectrophotometer - simple

IR spectra - how to determine which compound produced the spectra

Lecture - Atomic Structure (mini version)

Oxidants and reductants - predicting the strength of an oxidant and reductant

Determination of Rate Laws using Initial Rate Data - Simple

How to identify Hydrogen bond Donors and Acceptors - worked examples

Organic Chemistry Functional Groups - Polarity and Hydrogen Bond donators and acceptors

Transition Metal complex Ions, Ligands, Coordination number and oxidation numbers - Simple

Electronic Configuration - Transition Metals