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

Distinguish, comparison between acetic acid and acettaldehyde

comparison between acetic acid and acettaldehyde

Explain thermodynamically an exothermic reaction, Comment on the validity o...

Comment on the validity of the following statements, giving reasons: (a) Thermodynamically an exothermic reaction is sometimes not spontaneous. (b) The entropy of steam is mo

Illustrate resonance structures, Illustrate resonance structures that defin...

Illustrate resonance structures that define the electronic structure of benzene. Illustrate the structures of all conceivable disubstituted benzene isomers bearing two

S block element, what is inert pair effect

what is inert pair effect

What are galvanic cells and explain its working?, The device through which ...

The device through which chemical energy is converted into electrical energy is known as galvanic cell or electrochemical cell or voltaic cell. In a galvanic cell, a redox reaction

Analytical chemistry, explain the notion of environmental analytical chemis...

explain the notion of environmental analytical chemistry

Show the purification of metals, Q. Show the Purification of Metals? Th...

Q. Show the Purification of Metals? The metals obtained by metallurgical processes still have some impurities which persist from the ore or are derived from the flux or the fue

Atomic and molecular weight, assignment

assignment

Laws of chemical combination, A hydrogen-filled balloon was ignited and 2.0...

A hydrogen-filled balloon was ignited and 2.00 of hydrogen reacted with 16.0 of oxygen.

COSY, How can in understand cosy

How can in understand cosy

Write Your Message!

Name

Email id

Message

Verfication Code

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!

Submit Assignment

User Account

All Pages