Session 4 : Results
of group survey -The Common Topics
Group T
Topic Term 1
- Atoms, ions, quanta
- Structure and bonding
- Introduction to organic and inorganic chemistry
- Introduction to energetics
- Stereochemistry
- Acids, bases and hydrogen
- Saturated monofunctional compounds
- Solid state structure
- Equilibria
Topic Term
2
- Nmr and mass spectra
- Electronic spectra
- Vibrational and rotational spectra
- Molecular orbitals
- First row non-metals
- s-block elements
- p-block elements
- Organic charbonyl compounds
- Second law of thermodynamics
- Kinetics
- Analytical techniques
- Protein structure and function
Topic Term 3
- Transition metals
- Alkenes and alkynes
- Aromatic chemistry
- Electrochemistry
- Enzyme kinetics and mechanism
- Macromolecules
Plus Skills/Options in Maths, IT and Physics/Biology.
Practicals focused on:
synthesis; thermodynamics; analysis; kinetics (some
were integrated)
It seems as though the answer to the question "what is first year
chemistry?" is "a compilation of ‘things’ that are needed for
higher level chemistry!".
Group U - Common Topics
Atoms, ions and quanta
Structure and bonding
Energetics
Second law
Kinetics
Spectroscopy - NMR, IR, UV, mass spectroscopy
Molecular orbitals
Stereochemistry
Monofunctional compounds
Carbonyl compounds
Akenes and alkynes
Aromatic chemistry
Acids, bases and hydrogen
Solid state (crystal) structure
Sand p-block elements
Electrochemistry
Maths and IT
Group R - Common Topics
- Variety of labs
- Functional organic groups and mechanisms
- Stereochemistry
- Thermodynamics
- Kinetics
- Electrochemistry
- Bonding
- Structures of solids
- Trends in the periodic table
- Spectroscopy and chromatography
- Stoichiometry; acids and bases
Some universities also taught
- Phase equilibria
- Coordination chemistry
Group S - Common Topics
- Atomic structure (quanta, periodic properties)
- Bonding (packing, VSEPR, periodic table)
- Reaction mechanisms (SN, E, radicals)
- Kinetics (rate equations, Eact , Arrhenius)
- Thermodynamics (1st and 2nd law, equilibria)
- Spectroscopy (IR, NMR with applications)
- Big molecules (nomenclature, isomers, functional groups)
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