Structural needs for hyperconjugation, Chemistry

Assignment Help:

Structural needs for hyperconjugation

(i) Compound could comprise at least one Sp2-hybrid carbon of as well alkene alkyl carbocation or alkyl free radical.

(ii) ∝- carbon along with respect to Sp2 hybrid carbon should have at least one hydrogen. If both these conditions are fulfilled after that hyper conjugation will occur in the molecule.

(iii) Hyper conjugation is of three types

(iv) Resonating structures due to hyperconjugation might be written involving "no bond" among the alpha carbon and hydrogen atoms.

 


Related Discussions:- Structural needs for hyperconjugation

Explain working of mass spectrometry, Describe the principle and working of...

Describe the principle and working of Mass spectrometry with suitable diagram along with its applications. Definition of Mass Spectrometry Show the principle and working

Halogen containing compounds, Halogen Containing Compounds Compounds th...

Halogen Containing Compounds Compounds that are derived from hydrocarbons by the replacement of one or more than one hydrogen atoms by the corresponding number of halogen atoms

Analysis of oils and fats - acid value, Analysis of oils and fats - Acid va...

Analysis of oils and fats - Acid value It points out the amount of free acid present in the oil or fat. It is described as the number of milligrams of KOH needed to neutralize

Hybridisation: ch2=c=ch2, In CH2=C=CH2 it is given that the length between...

In CH2=C=CH2 it is given that the length between H of first carbon at top and H of last carbon at top is L1 and length between H of first carbon at top and H of last carbon at bot

Iupac, Chart of IUPAC NOMENCLATURE

Chart of IUPAC NOMENCLATURE

The sulphate of a metal has the formula, The sulphate of a metal has the fo...

The sulphate of a metal has the formula M 2 (SO 4 ) 3 .   The formula for its phosphate will be: (1) M(HPO 4 ) 2                                           (2) M 3 (PO

Determine energy level, For n= 3 energy level, the number of possible orbit...

For n= 3 energy level, the number of possible orbitals (all kinds) are: (1) 1        (2) 3         (3) 4       (4) 9 Ans: 9

The energy for the first excited state of hydrogen atom, The value of the e...

The value of the energy for the first excited state of hydrogen atom will be: (1) - 13.6 ev                        (2)- 3.40 eV        (3) -1.51eV

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