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BC1B lecture notes-excludes metabolism (see other document in bundle) and catalysis (not featured) $7.09   Add to cart

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BC1B lecture notes-excludes metabolism (see other document in bundle) and catalysis (not featured)

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lecture notes covering 2/4 sections of BC1B- organic reactivity and bioenergetics/bioelectrochemistry, does not include catalysis notes or metabolism notes, see other document in bundle for metabolism notes

Last document update: 7 year ago

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  • April 21, 2017
  • April 21, 2017
  • 19
  • 2016/2017
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BC1B Formal Notes

Lecture 1- organic reactivity- principles

Reaction types: addition, substitution, elimination, isomerisation, oxidation and reduction. Others
include functional group transformations and “name” reactions e.g. aldol.

Hydrocarbon reactions

Alkanes- low polarisation-strong bonds, low reactivity, energetically favourable to form single bonds.
generally, alkenes undergo addition reactions (including redox) e.g. hydrogenation.

The reaction mechanism determines which isomer is formed, reactions can proceed via
intermediates. Alkynes highly reactive as triple bond not as energetically favoured as others. Similar
reactions to alkenes.

Ring strain- when molecules that would otherwise have 180-degree bond angles become cyclic and
are hence more reactive.

Delocalisation of aromatic rings determines reactivity. Aromatics energetically favourable. Don’t
undergo addition only electrophilic substitution.

Lecture 2- oxygen compounds + their reactions

Heteroatom- generally O, S or N added to hydrocarbon. Oxygen is bivalent -forms 2 bonds- 2
hybridisation states.

Alcohols synthesised by hydration of alkenes. R refers to substituent-often alkyl group. Alcohols
readily oxidised e.g. ethanol with alcohol dehydrogenase.

Acid/base behaviour
Alcohols can act as acid or base. Bronstead-Lowry definitions of acid- donates H+, base accepts H+.
different from oxidation etc. H=hydrogen, H+= proton, H-= hydride

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