Unit 13 Applications of Inorganic Chemistry

An assignment for Unit 13, achieved Distinction. All calculations are correct, it has the results for the titrations of all 4 equations, with a graph for each one of them and an explanation of why I chose a certain pH.

presentation is included

Unit 13 assignment 3, results are not included (due to covid we didn't perform the practical, so we only did the theory). Achieved Distinction grade. the method is very detailed, all the definitions are correct. Balanced equations were done with the lecturer and the risk assessment is done about all chemicals and potential hazardous apparatus.

Here is a bulleted summary of the key points from the document: • Introduction to transition metal complexes - Definition of transition metals, ligands, complexes - Common coordination geometries: octahedral, tetrahedral, square planar - Square bracket notation to describe geometries • Bonding in transition metal complexes - Coordinate covalent bonding between metal and ligands - Presence of back-bonding from metal to ligand π* orbitals - Combination of covalen...

Here are the key points I would highlight in the assignment: P4/P6 - Practical Work Measuring cell potentials for various half-cell combinations (Zn/Cu, Zn/Pb, Pb/Cu) Calculating standard cell potentials and comparing to measured values Titrations: Fe2+/MnO4-, Na2S2O3/KIO3 standardization, I2/Cu2+ determination Observations and calculations for titration volumes and concentrations Oxidation of alcohols (ethanol, ethanoic acid) with acidified K2Cr2O7 Health & Safety Proper PPE (lab ...

Describes Transition metals, Ligands, Vanadium and Mercury Differences, Octahedral, tetrahedral and square planar complexes, Coordination numbers and Experiment Results.

All Criteria Met. Distinction Achieved.