Versatile nature of carbon-catenation, Chemistry

Assignment Help:

Versatile nature of Carbon-Catenation

The chemical compounds can be mainly classified into two main categories. These are organic and inorganic.

More than 90 elements are involved in the formation of inorganic compounds

But the number of inorganic compounds formed are many times more than that.

The existence of such large number of organic compounds is because of the versatile nature of carbon which results in the self-linking of carbon atoms. This is known as catenation.

Catenation can be defined as the self linking property of an element due to which large number of its atoms can be linked with each other by covalent bonds.

 

Cause for catenation

The tetravalent nature of the carbon atom is the main reason for catenation. In order to obtain its octet, it combines with four carbon atoms by covalent bonds.

This means any number of carbon atoms can be linked by covalent bonds resulting in self linking also known as catenation. 

 

 


Related Discussions:- Versatile nature of carbon-catenation

Dienes, assignment of 15 pages on dienes

assignment of 15 pages on dienes

Elimination reactions - chemical properties alkyl halides, Elimination reac...

Elimination reactions - Chemical Properties Alkyl Halides The positive charge on carbon is promulgated to the neighbouring carbon atoms through inductive effect. While moved to

The radius of the nucleus is related to the mass number, The radius of the ...

The radius of the nucleus is related to the mass number A   by : (1 )R= R 0 A 1/2                     (2) R= R 0 A              (3)  R= R 0 A 2

Stearic effect - reactivity of aldehydes and keto, Stearic effect - relativ...

Stearic effect - relative reactivity of aldehydes and keto The size of the alkyl group is much more than that of hydrogen. In aldehydes, there is one alkyl set although in keto

Determine the standard molar reaction enthalpy, Table lists data for water,...

Table lists data for water, crystalline sodium thiosulfate pentahydrate, and several sodium thiosulfate solutions. Find āH to the nearest 0.01 kJ for the dissolution of 5.00 g of

Mechanism of photochemical reactions, photochemical combination of hydrogen...

photochemical combination of hydrogen molecule and iodine molecule

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