Stability of gem diols lies, Chemistry

Assignment Help:

Stability of gem diols lies on the following factors:

(a) Steric hindrance by +I group around α-carbon decreases the stability of gem diols. +I group decreases stability of gem diol and therefore decreases extent of hydration.

(b) Stability of gem diols mainly relies on the existence of -I group on α-carbon. More is the -I power of the group much more will be stability of gem diols.

(c) Intramolecular hydrogen bonding raises stability of gem diols. -I set depicts on carbon having gem diol group increases strength of hydrogen bond.

Much more is the power of hydrogen bond more will be the stability of gem diol.


Related Discussions:- Stability of gem diols lies

Chlorination, 90ml of an unknown concentrated chlorine was diluted with 225...

90ml of an unknown concentrated chlorine was diluted with 2250l of water.The dilution now is 0.08mg/l. what is the initial concentration of the chlorine before dilution?

Explain consumer testing, Consumer testing Consumer testing is the ne...

Consumer testing Consumer testing is the next crucial aspect in product development. Consumer testing can be done in three ways: 1.  In-house laboratory testing   2.  Ho

., why we consider carbon as standared for atomic mass unit

why we consider carbon as standared for atomic mass unit

General physical propertiies of p block elements chemical.., general physi...

general physical properties of p block elements chemmical

Electrochemical methods of analysis, potential sources of error associated ...

potential sources of error associated with coulometric titrations

Determine heat of combustion for ethane, The heat of combustion for ethane,...

The heat of combustion for ethane, C 2 H 6 , is 52.0 kJ/g. How much heat could be released if 1 mol of ethane undergoes full combustion? Answer:

Classification of proteins - conjugated proteins, Classification of protein...

Classification of proteins - Conjugated proteins The molecules of conjugated proteins are made up of simple proteins and non protein material. The non-protein material is known

Does rate constant depend upon concentration of reactants, No, it does not...

No, it does not depend upon concentrations of reactants, From the Arrhenius equation,  k = Ae^(-Ea/RT) We can say, that it is dependent on activation energy(Ea) and temperatu

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