separation techniquics using solute and solvent, Chemistry

Assignment Help:
suppose n mmol of solute A in Vaq ml of aqueous solution is extracted with Vorg ml of animmiscible organic solvent. at equilibrium n1 mmol of A will remain in the aqueous layer and (no-n1)mmol will have been transfered to the organic layer. show that the concentration of A remaining in the aqeous solution after i extractions with the immiscible organic solvent ([A]) IS [A]i=(Vaq/VorgK + vaq)i(A)0

Related Discussions:- separation techniquics using solute and solvent

Define the citrus fruits product, Citrus Fruits A large number of con...

Citrus Fruits A large number of constituents in citrus products have been shown to be capable of preventing or alleviating diseases and promoting health. Vitamin C, E, and car

Tri hydric alcohol, Physical properties of tri hydric alcohol

Physical properties of tri hydric alcohol

Organic, types of funtional group

types of funtional group

Correct ground state electronic configuration chromium atom, The correct gr...

The correct ground state electronic configuration of chromium atom is: (1) [Ar] 3d 5 4s 1                (2)[Ar]3d 4 4s 2      (3) [AR]3d 6 4s 0                (4

Dyes, classes of azo dyes\

classes of azo dyes\

What is thermal breakdown, What is Thermal breakdown It is because o...

What is Thermal breakdown It is because of the attainment of an excessive temperature in dielectric.  If  heat  dissipated  is  less  than  heat  generated,  there  is  a pr

Seperation, what techniques can you use to separate solute from liquid

what techniques can you use to separate solute from liquid

Electron configurations, what is the unabbreviated electron configuration o...

what is the unabbreviated electron configuration of lanthanum

Wet test for acid radicals, addition of different regent in sample of salt ...

addition of different regent in sample of salt changes its colour

How to calculate rate constant, Chemical Kinetics of the Peroxodisulfate Io...

Chemical Kinetics of the Peroxodisulfate Ion The peroxodisulfate  ion is one of the strongest oxidants that are  called, although the oxidation reaction is relatively slow.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd