Trimyristin is primarily nonpolar, dissolving it in a polar solvent wouldn't effectively separate it from the mixture.
Good luck with orgo lab.
hot water extraction , aqueous extraction, solvent extraction
we can say this because both of these are separation technique
Curcumin is separated by solvent extraction.
- the solvent must be miscible with the organic solute and not miscible with water- also any chemical reaction is permitted- higher yield of extraction- easy and complete recovery of the solvent
Thorium can be separated from other elements by solvent extraction with tributylphosphate.
no,trimyristin does not dissolve in water....ether will be the suitable solvent
You think probable to solvent extraction.
Because you are providing a greater surface area of contact between the aqueous layer and organic layer
hot water extraction , aqueous extraction, solvent extraction
1.Hydro-distillation: water distillation/Stam distillation. 2.Enfleurage: Extraction of delicate perfumes. 3.Eculle: mechanical extraction. 4.Solvent extraction: using lipid solvents.
conclusion for extraction of bitumen
Iodine can be separated by:- extraction with an adequate solvent- heating and evaporation
hot water extraction , aqueous extraction, solvent extraction
By solvent extraction with water. By fractional distillation.
Iodine can be separated by:- extraction with an adequate solvent, for ex. hexane- heating and evaporation
The chemical process is very difficult, dangerous and expensive; solvent extraction is a good method of separation. The process is called PUREX.
Pivalic Acid