Chain, nuclear or skeleton isomerism, Chemistry

Assignment Help:

Chain, nuclear or skeleton isomerism:

This form of isomerism arises because of the difference in the nature of the carbon chain (that is straight or branched) which makes the nucleus of the molecule.

1. Except alkynes chain isomerism is seem while the number of carbon atoms is four or much more than four.

2. Chain isomers are different in the nature of carbon chain that is in the size of carbon chain.

3. The isomers depicting chain isomerism belong to the same homologous sequence that is functional set; class of the element remains unchanged.

4. Chain and position isomerism can't be possible together among two isomeric compounds. If two compounds are chain isomers as compared to these two will not be positional isomers.

 


Related Discussions:- Chain, nuclear or skeleton isomerism

Define the phase rule and phase diagrams, Define The Phase Rule and Phase D...

Define The Phase Rule and Phase Diagrams? We encountered the Gibbs phase rule and phase diagrams in connection with single-substance systems. The present chapter derives the fu

Intermediate compound formation theory, can anyone explain the intermediate...

can anyone explain the intermediate compound formation theory in detail .?

Atomic orbitals, Angular functions: 'shapes'   The mathematical func...

Angular functions: 'shapes'   The mathematical functions for atomic orbitals may be described as a product of two factors: the radial wavefunction defines the behavior of th

Determine atom which sub-shell will have the highest energy, In any atom wh...

In any atom which sub-shell will have the highest energy in the following : (1) 3p                    (2) 3d         (3) 4s                 (4) 3s Ans: 3d

Carbon, in which state carbon exist

in which state carbon exist

Find an expression for dg during a reversible advancement, The state of a g...

The state of a galvanic cell without liquid junction, when its temperature and pressure are uniform, can be fully described by values of the variables T, p, and ξ. Find an expressi

Highest melting point, Highest melting point would be of: (1) He       ...

Highest melting point would be of: (1) He        (2) CsCl      (3)  NH 3   (4)  CHCl 3 Ans:  CsCl

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