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IR 01: Introductory nuclear physics; IR 02: Types of nuclear radiation; IR 03: Measurement of radioactivity; IR 04: Radioactive decay; IR 05: Natural radioactivity; IR 06: Nuclear reactions; IR 07: Nuclear...
Illustrates how to draw canonical forms for conjugated molecules and how to infer which are significant canonicals.
A brief historical account up to the introduction of wave mechanics.
Hybridised atomic orbital representation of molecules containing C, O and N.
General characteristics of the hydrogen bond. Examples of donor and acceptor molecules. Manifestations of hydrogen bonding, physical and spectroscopic (NMR, IR, and UV/Vis). Workbook available.
Introduces basic terms such as frequency, wave length, wave number and photon energy with simple calculations. The electromagnetic spectrum and inter-action between radiation and matter is introduced as is...
An explanation of the spectrum of atomic hydrogen in terms of the energy levels of atomic hydrogen. Covers the assignment of spectral lines and calculation of the transition wave number for any transition of...
Electrode reactions, electrochemical cells, IUPAC convention, standard hydrogen electrode, cell notation, cell reactions, standard free energy changes.
Covers the following: infrared spectral region, model for vibrating diatomic, force constant reduced mass, vibrational energy levels, transitions, selection rules, intensity of infrared absorption,...
Evidence for intermolecular forces, potential energy of interaction between two non-bonded species, Lennard-Jones potential, explanation of Van der Weals forces in terms of dipole-dipole, dipole-induced...
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