solubility in solvent Ke partition coefficient solubility in solvent 2 Qustion-1 Given compound A. K (ether:water) = 4.0

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solubility in solvent Ke partition coefficient solubility in solvent 2 Qustion-1 Given compound A. K (ether:water) = 4.0

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Solubility In Solvent Ke Partition Coefficient Solubility In Solvent 2 Qustion 1 Given Compound A K Ether Water 4 0 1
Solubility In Solvent Ke Partition Coefficient Solubility In Solvent 2 Qustion 1 Given Compound A K Ether Water 4 0 1 (16.8 KiB) Viewed 34 times
Solubility In Solvent Ke Partition Coefficient Solubility In Solvent 2 Qustion 1 Given Compound A K Ether Water 4 0 2
Solubility In Solvent Ke Partition Coefficient Solubility In Solvent 2 Qustion 1 Given Compound A K Ether Water 4 0 2 (8.25 KiB) Viewed 34 times
Q 2 , 3 and last one
solubility in solvent Ke partition coefficient solubility in solvent 2 Qustion-1 Given compound A. K (ether:water) = 4.0, how much of A can be extracted from a solution of 10.0 g of A in 100 mL of water with a single portion of 100 mL of ether? Qustion-2 same as above, but extract two times with 50 ml. of ether each time Question-3 Which is more efficient multiple extractions with smaller amounts of solvent or a single extraction with the same total amount of solvent?

The K. (Hexane:water) = 8.0, how much of lanthanide salt can be extracted from a solution of 10.0 g of lanthanide salt in 100 mL of water with a single portion of 50 mL of Hexane?
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