Recall that Kow relates to the following equilibrium S (aq) S (org) where S is a substance which is partially soluble in both aqueous and organic phases. A certain POP (persistent organic pollutant) was stored as a 1.00 M solution in octanol. S has log Kw= 3.10. If a large spill of the POP occurred into a pond (pond and spill each have a volume of 15,500 L), what would be the total number of POP molecules in the aqueous phase of the pond? O9.31 x 1023 O4.08 1023 O8.62 x 1022 O741x 1024 1.13 x 1025

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Recall that Kw relates to the following equilibrium S (ac) S (org) where S is a
substance which is partially soluble in both aqueous and organic phases. A certain
POP (persistent organic pollutant) was stored as a 1.00 M solution in octanol. S
has log Kw = 3.10. If a large spill of the POP occurred into a pond (pond and spill
each have a volume of 15,500 L), what would be the total number of POP molecules
in the aqueous phase of the pond?
9.31 x 102
O4.08 x 1020
O8.62 x 1022
O741x 1024
113 x 1025
Transcribed Image Text:Recall that Kw relates to the following equilibrium S (ac) S (org) where S is a substance which is partially soluble in both aqueous and organic phases. A certain POP (persistent organic pollutant) was stored as a 1.00 M solution in octanol. S has log Kw = 3.10. If a large spill of the POP occurred into a pond (pond and spill each have a volume of 15,500 L), what would be the total number of POP molecules in the aqueous phase of the pond? 9.31 x 102 O4.08 x 1020 O8.62 x 1022 O741x 1024 113 x 1025
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