Inorganic Chemistry I

CLEAR AND CONCISE LECTURE NOTES ON THE SUBJECT OF ATOMIC STRUCTURE. WRITTEN IN AN EASY-TO-READ FORMAT THIS DOCUMENT COVERS: -INTRODUCTION TO ATOMIC STRUCTURE -EXPLAINING THE HYDROGEN SPECTRA -WAVE-PARTICLE DUALITY -IMPLICATIONS OF WAVE-PARTICLE DUALITY -ORBITAL OCCUPATION -ORBITAL ENERGIES -ELECTRON CONFIGURATION

I got a 1st in my first year studying chemistry at the University of Birmingham using these revision notes that I have uploaded. They include detail on transition metal properties, ligands, stereochemistry, crystal field theory, crystal field splitting for tetrahedral and octahedral complexes, factors affecting tetrahedral and octahedral splitting, Jahn-Teller theorem and application, tetrahedral and octahedral distortions, reactivity of transition metals, solution chemistry and stability consta...

I got a 1st in my first year studying chemistry at the University of Birmingham using these revision notes that I have uploaded. They include detail on the Rydberg Equation, the work of Bohr, Planck and De Broglie, the Schrodinger Equation, wave-particle duality, quantum numbers, radial distribution functions, hydrogen wave functions, many electron systems, the Pauli principle, the Aufbau principle, Hund's rule of maximum multiplicity, exchange energy, transition elements, energies of the diffe...

I got a 1st in my first year studying chemistry at the University of Birmingham using these revision notes that I have uploaded. They include detail on basic crystallography, metallic bonding and simple ionic solids. These summary notes also include worked examples as revision practice.

I got a 1st in my first year studying chemistry at the University of Birmingham using these revision notes that I have uploaded. They include detail on orbital hybridisation, isolobality, Molecular Orbital (MO) Theory, the LCAO approach, bond order, types of non-bonding and bonding atomic orbital overlap. These summary notes also include worked examples as revision practice.

I got a 1st in my first year studying chemistry at the University of Birmingham using these revision notes that I have uploaded. They include detail on gravimetric analysis, the solubility product, common ion effect, volumetric analysis, the operation of indicators, acid-base titrations, calculating pH, Henderson-Hasselbalch equation, back titrations, strong acid-strong base titrations, weak acid-strong base titrations, pH curves, weak base-strong acid titrations, triprotic acids, dibasic base, ...