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Chemistry, 18.12.2019 16:31 darrengresham999
When considering free energy change, biochemists define a biochemical standard state, ? g�\', which differs from the chemical standard state, ? g�. a similar distinction must be made with reduction potentials.
(a) in contrast to the chemical reduction potential, ? e�, the biochemical standard reduction potential, ? e�\'
- specifies a ph of 7
- specifies 1 atm
- specifies a hydrogen ion concentration of 1m
- specifies 1m reductant
- specifies a temperature of 25 �c
(b) why might the standard reduction potential for a reaction differ from the reduction potential found in a cell?
- concentration in the cell might not be 1m
- the value of r is constant
- the number of electrons transferred might not be the same in the cell
- the value of ? can differ in the cell.
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When considering free energy change, biochemists define a biochemical standard state, ? g�\', which...
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