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.
Answers: 1
Chemistry, 22.06.2019 11:50, hadwell34
Which of the following statements about hybrid orbitals is or are true? choose all that apply. choose all that apply. under sp2 hybridization, the large lobes point to the vertices of an equilateral triangle. after an atom undergoes sp hybridization there is one unhybridized p orbital on the atom. the angle between the large lobes of sp3 hybrids is 109.5∘
Answers: 2
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