6. Suppose you have an organic sample X that is somewhat soluble in water, but is more soluble in dichloromethane or ether solvents. Now, if you do a single extraction of X from water (using either ether of dichloromethane), you get only 60% of your material to transfer from the water to the organic layer. • How many extractions would it take to extract over 90% of your organic material extracted from the water layer? (Show your mathematical reasoning). would it be better to extract with dichloromethane or with ether? case, • In this Why?

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6. Suppose you have an organic sample X that is somewhat soluble in water, but is
more soluble in dichloromethane or ether solvents. Now, if you do a single
extraction of X from water (using either ether of dichloromethane), you get only 60% of your
material to transfer from the water to the organic layer.
• How many extractions would it take to extract over 90% of your organic material extracted
from the water layer? (Show your mathematical reasoning).
• In this case, would it be better to extract with dichloromethane or with ether?
Why?
Transcribed Image Text:6. Suppose you have an organic sample X that is somewhat soluble in water, but is more soluble in dichloromethane or ether solvents. Now, if you do a single extraction of X from water (using either ether of dichloromethane), you get only 60% of your material to transfer from the water to the organic layer. • How many extractions would it take to extract over 90% of your organic material extracted from the water layer? (Show your mathematical reasoning). • In this case, would it be better to extract with dichloromethane or with ether? Why?
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