University level Chemical Engineering & Pure Chemistry (MSci)
Notes of courses that cover material from the Pure Chemistry department, as well as Chemical Engineering department.
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CH107 - Transition metals
Content: - Periodic table, definitions of transition metals, lanthanides and actinides; electronic structure, electronic configurations, orbitals and radial functions, oxidation states. - Atomic radii, d-block and f-block contractions; angular functions and shapes of d-orbitals; definitions of complexes, ligands. Types of ligand. Geometries. - Coordination geometry and isomerism; structural isomers, geometric isomers, cis-& trans-square planar, and octahedral; optical isomers. - M...
- Book
- Class notes
- • 24 pages •
Content: - Periodic table, definitions of transition metals, lanthanides and actinides; electronic structure, electronic configurations, orbitals and radial functions, oxidation states. - Atomic radii, d-block and f-block contractions; angular functions and shapes of d-orbitals; definitions of complexes, ligands. Types of ligand. Geometries. - Coordination geometry and isomerism; structural isomers, geometric isomers, cis-& trans-square planar, and octahedral; optical isomers. - M...
CH107 - Physical Chemistry
Following document contains EQUATIONS, graphs, definitions and example calculations from the following areas: - RMS - Mean free path - Equipartition theorem - Internal energy - Van der Waals' equation for real gases - Gas mixtures and equilibrium - Gases and liquids - Raoult's law - Colligative properties - Osmotic pressure - Solubility - Electrolysis - Chlor-alkali membrane cell - Electrolytes - Strong and weak electrolytes - Molar conductivity - Ostwald's dilution law
- Book
- Class notes
- • 25 pages •
Following document contains EQUATIONS, graphs, definitions and example calculations from the following areas: - RMS - Mean free path - Equipartition theorem - Internal energy - Van der Waals' equation for real gases - Gas mixtures and equilibrium - Gases and liquids - Raoult's law - Colligative properties - Osmotic pressure - Solubility - Electrolysis - Chlor-alkali membrane cell - Electrolytes - Strong and weak electrolytes - Molar conductivity - Ostwald's dilution law
CH107 - Organic Chemistry
Following document includes REACTION MECHANISMS, definitions, explanations, prequisites and a lot more !! - Describing Polar Organic Reactivity and Stereochemistry - Functionalisation of Alkenes - Organometallic Nucleophiles - Reactions of Epoxides - Synthesis and Reactivity of Carbonyl Compounds - Multistep Syntheses of Interesting Molecules More in-depth: - Electrophilic addition of asymmetrical & symmetrical reagents - Alkene halogenation - Bromination of cycloalkenes - Inte...
- Class notes
- • 45 pages •
Following document includes REACTION MECHANISMS, definitions, explanations, prequisites and a lot more !! - Describing Polar Organic Reactivity and Stereochemistry - Functionalisation of Alkenes - Organometallic Nucleophiles - Reactions of Epoxides - Synthesis and Reactivity of Carbonyl Compounds - Multistep Syntheses of Interesting Molecules More in-depth: - Electrophilic addition of asymmetrical & symmetrical reagents - Alkene halogenation - Bromination of cycloalkenes - Inte...
CH106 - Chemistry: Principles and Practice 1 (FULL NOTES)
Full notes of the 2-semester course CH106. Includes: - Examples - Drawings - Tables - Graphs - Mechanisms - Definitions
- Package deal
- • 13 items •
- CH106 - Organic chemistry • Class notes
- CH106 - Structure and bonding • Class notes
- CH106 - Acid-base equilibria • Class notes
- Ch106 - Introductory thermodynamics • Class notes
- CH106 - Chemical equilibrium • Class notes
- And more ….
Full notes of the 2-semester course CH106. Includes: - Examples - Drawings - Tables - Graphs - Mechanisms - Definitions
CH106 - Analytical chemistry
Contains terminology of analytical chemistry
- Package deal
- Class notes
- • 4 pages •
Contains terminology of analytical chemistry
Ch106 - Formation of elements
Contains the description of the four fundamental forces in the university and 'five ways to make elements'
- Package deal
- Class notes
- • 4 pages •
Contains the description of the four fundamental forces in the university and 'five ways to make elements'
Ch106 - Periodic table trends
Dr. Kennedy's Main group chemistry part covering periodic table trends
- Package deal
- Class notes
- • 5 pages •
Dr. Kennedy's Main group chemistry part covering periodic table trends
CH106 - Oxidation states
Examples of how oxidation states are calculated
- Package deal
- Class notes
- • 1 pages •
Examples of how oxidation states are calculated
Ch106- Introduction to VSEPR theory
Part of Dr. Kennedy's Main group chemistry
- Book & Paket-Deal
- Class notes
- • 3 pages •
Part of Dr. Kennedy's Main group chemistry
Ch106 - Hydrogen
Description of hydrogen in chemical reactions, Bronsted/Lowry acids and bases and hydrogen bonding
- Book & Paket-Deal
- Class notes
- • 2 pages •
Description of hydrogen in chemical reactions, Bronsted/Lowry acids and bases and hydrogen bonding