Discuss, in detail, the origins of charge transfer (CT) bands in
octahedral complexes and describe how solvatochromism can be
applied to characterise CT bands.
Explain the origin of d-d, metal-to-ligand charge transfer, and
ligand-to-metal charge transfer transitions for octahedral metal
complexes with appropriate molecular orbital diagrams. Also,
comment on the allowance of these transitions using appropriate
selection rules.
Describe three types of associations (chance, noncausal,
and causal) that are possible among exposures and health outcomes.
Provide your own example(s) for each that are relevant to public
health.
Describe the types of transition a molecule could undergo,
giving typical energies values of such transitions and identifying
the regions of the spectrum responsible for initiating these
transitions.
Describe the various types of transition a molecule may undergo,
giving typical energies of such transitions and identifying the
regions of the spectrum responsible for initiating these
transitions.
What is horizontal gene transfer?
What are the three different types of horizontal gene
transfer?
What sets transformation apart from the other types of
horizontal gene transfer?
Specify the gross and specific selection rules for the following
four types of transitions: vibrational transitions, rotational
transitions, vibrational Raman transitions, and rotational Raman
transitions.