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Chemistry(3) notes (1st edition)
Andrew Burrows, John Holman - ISBN: 9780198733805
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View all 15 notes for Chemistry(3), written by Andrew Burrows, John Holman. All Chemistry(3) notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Chemistry(3) summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Chemistry(3) notes
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
- 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
Following notes contain everything related to organic chemistry from CH106 course - Drawings - Mechanisms - Examples - Definitions
- Class notes
- • 22 pages •
Following notes contain everything related to organic chemistry from CH106 course - Drawings - Mechanisms - Examples - Definitions
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...
- 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...
Summary of CHE1001 Introduction to Natural Sciences: Chemistry Summary, including all lectures, tutorials and book pages. Topics include chemistry basics, oxidation & reduction, molecular interactions, atomic orbitals, acid-base reactions, reaction kinetics, thermodynamics & electrochemistry. I used these notes to study for the exams.
- Summary
- • 21 pages •
Summary of CHE1001 Introduction to Natural Sciences: Chemistry Summary, including all lectures, tutorials and book pages. Topics include chemistry basics, oxidation & reduction, molecular interactions, atomic orbitals, acid-base reactions, reaction kinetics, thermodynamics & electrochemistry. I used these notes to study for the exams.
Following document contains everything covered in Dr. Ojea's structure and bonding lectures - Drawings - Graphs - Mechanisms - Definitions - Relevant equations - More!
- Class notes
- • 17 pages •
Following document contains everything covered in Dr. Ojea's structure and bonding lectures - Drawings - Graphs - Mechanisms - Definitions - Relevant equations - More!
Includes definitions, various titration reactions and their characteristics. Finding end point, standardisation and indicators. Includes examples of: - Precipitation titrations - Complexometric titrations - Iodine titrations - Permanganate titrations
- Class notes
- • 14 pages •
Includes definitions, various titration reactions and their characteristics. Finding end point, standardisation and indicators. Includes examples of: - Precipitation titrations - Complexometric titrations - Iodine titrations - Permanganate titrations
Following document contains everything covered in Dr. Moore's Acid-base equilibria - Example calculations - Equations
- Class notes
- • 5 pages •
Following document contains everything covered in Dr. Moore's Acid-base equilibria - Example calculations - Equations
A group of compounds which share a core motif, but have variations regarding functionality and positionality, can be described as a library of compounds. Beginning with simple building blocks starting materials can be gradually built up by a series of reactions with different reactants to produce a wide array of compounds. These compounds can retain the core motif that give the product the desired activity, but the increasing complexity of functional groups and side chains may lead to optimi...
- Essay
- • 97 pages •
A group of compounds which share a core motif, but have variations regarding functionality and positionality, can be described as a library of compounds. Beginning with simple building blocks starting materials can be gradually built up by a series of reactions with different reactants to produce a wide array of compounds. These compounds can retain the core motif that give the product the desired activity, but the increasing complexity of functional groups and side chains may lead to optimi...
This has questions on topics under structure and bonding
- Other
- • 1 pages •
This has questions on topics under structure and bonding
Contains short answer questions on MO theory
- Other
- • 1 pages •
Contains short answer questions on MO theory
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Newest Chemistry(3) summaries
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
- 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
This has questions on topics under structure and bonding
- Other
- • 3 pages •
This has questions on topics under structure and bonding
Following notes contain everything related to organic chemistry from CH106 course - Drawings - Mechanisms - Examples - Definitions
- Class notes
- • 22 pages •
Following notes contain everything related to organic chemistry from CH106 course - Drawings - Mechanisms - Examples - Definitions
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...
- 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...
Following document contains everything covered in Dr. Ojea's structure and bonding lectures - Drawings - Graphs - Mechanisms - Definitions - Relevant equations - More!
- Class notes
- • 17 pages •
Following document contains everything covered in Dr. Ojea's structure and bonding lectures - Drawings - Graphs - Mechanisms - Definitions - Relevant equations - More!
Includes definitions, various titration reactions and their characteristics. Finding end point, standardisation and indicators. Includes examples of: - Precipitation titrations - Complexometric titrations - Iodine titrations - Permanganate titrations
- Class notes
- • 14 pages •
Includes definitions, various titration reactions and their characteristics. Finding end point, standardisation and indicators. Includes examples of: - Precipitation titrations - Complexometric titrations - Iodine titrations - Permanganate titrations
This contains 5 papers with short answer questions on the following topics: - Structure and Bonding - Ionic bonding and crystalline structures - Covalent bonding - Molecular Orbital Theory - Intermolecular Forces
- Other
- • 1 pages •
This contains 5 papers with short answer questions on the following topics: - Structure and Bonding - Ionic bonding and crystalline structures - Covalent bonding - Molecular Orbital Theory - Intermolecular Forces
This has questions on topics under structure and bonding
- Other
- • 1 pages •
This has questions on topics under structure and bonding
This has questions on topics under structure and bonding
- Other
- • 1 pages •
This has questions on topics under structure and bonding
Contains short answer questions on MO theory
- Other
- • 1 pages •
Contains short answer questions on MO theory
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