Ortho, meta and para, Chemistry

Assignment Help:

Ortho, meta and para

1. Ortho (or 1, 2-) : if the two substituents are on the adjacent carbon atoms, the compound is said to be ortho (or 1, 2-).

2. Meta (or 1, 3-) : if the two substituents are on alternate carbon atoms, the compound is said to be meta or (1, 3-).

3. Para (or 1, 4-) : if the two substituents are on diagonally situated carbon atoms, the ompound is said to be para or (1, 4-).

Ortho, meta and para are generally displayed as o-, m- and p- correspondingly.

 


Related Discussions:- Ortho, meta and para

Atoms, what are atoms made of ?

what are atoms made of ?

Explain valence bond theory, Q. Explain Valence Bond Theory? This conce...

Q. Explain Valence Bond Theory? This concept starts with the assumption that the bond between the metal ion and the ligand is basically covalent in nature. In order to form a c

Properties and uses of d.d.t., Properties and uses of D.D.T. (i) D.D.T....

Properties and uses of D.D.T. (i) D.D.T. is approximately insoluble in water although it is moderately soluble in polar solvents. (ii) D.D.T. is a powerful insecticide. It i

Cengage online, There are three assignments due on the 25th I can''t give t...

There are three assignments due on the 25th I can''t give the questions because it is online

Halides has maximum melting point, Which of the following halides has maxim...

Which of the following halides has maximum melting point: (1) NaCl    (2)  NaBr                          (3)  Nal                                                   (4

#molarity, #sulphuric acid can be made with concentration of 99%.however fo...

#sulphuric acid can be made with concentration of 99%.however for diferent industrial requirement ,62% h2so4 is used which has density of 1.55 g/ml.calculate the molarity,molality

.amines, Why secondary and tertiary amine doesn''t give carbylamine reactio...

Why secondary and tertiary amine doesn''t give carbylamine reaction

Explain cohesive energy, 'Cohesive energy' : In a chemical bond, it is the...

'Cohesive energy' : In a chemical bond, it is the energy needed to dissociate a solid into isolated atoms or molecules as appropriate.

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