Description

CONCISE & SUPER detailed CHEM1011 Notes from all weeks: - Quantisation of Energy (particles, EM spectrum, wave and particle properties of light, photons, standing waves, emission and absorption spectrum) - Atomic structure (quantum numbers, orbitals, various electron configuration principles, predicting trends in atomic radius, ionic radius, electronegativity based on the periodic table, shielding, etc, energy diagrams) - Bonding (lewis diagrams, sigma bonds, pi bonds, valence bond theory, VSEPR, hybrid models, molecular diagrams, bond order) - Intermolecular Forces & States of matter (electronegativity, ionic bonding, polarity, covalent bonding, intermolecular forces, solubility, ideal gases, vapour pressure, Raoult's Law, non-ideal gases and liquid) - Chemical Equilibrium (calculating K, Le Chatelier's Principle, Kc, Kp, Van't Hoff Equation, biological examples) - Acids and Bases (conjugate species, calculating pH and pOH, weak and strong acids/bases, titration curves, salts, buffer systems) - INCLUDES: lots of hand-typed equations and formulas for each example - Thermochemistry (heat capacities, work, expansion, laws of thermodynamics, enthalpy, Hess's Law, entropy, Gibbs energy - Electrochemistry (oxidation, reduction, spontaneity, volts, cell diagram, electrodes, cell potentials, electrolysis, Nernst equation, examples of concentration cells) INCLUDES: Easily-read, aesthetic notes which are colour-coded and structured clearly based on learning outcomes and key words INCLUDES: all processes, formulas & equations from key chemical concepts INCLUDES: all content covered (even niche ones) to prepare you for the exam + great examples = ensure you know every little detail covered in exam which allowed me to get HD!


UNSW

Term 1, 2019


36 pages

13,943 words

$29.00

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Campus

UNSW, Kensington

Member since

November 2020