An Introduction to Benzene
AN INTRODUCTION TO BENZENE
INTRODUCTION
Molecular formula = C6H6 Empirical formula = CH Molecular mass = 78 Empirical formula mass = 13 Percentage of carbon = 93.6% Percentage
An Introduction to Benzene
AN INTRODUCTION TO BENZENE
INTRODUCTION
Molecular formula = C6H6 Empirical formula = CH Molecular mass = 78 Empirical formula mass = 13 Percentage of carbon = 93.6% Percentage
Ethene
CHEMISTRY OF ETHENE
INTRODUCTION
Molecular formula = C2H4 Empirical formula = CH2 Molecular mass = 28 Empirical formula mass = 14 Homologous series =
State of matter
Matter exists in three states:
Solids
Liquids
Gases
In Solids, the intermolecular distance is very
Theory of Directive Effect
THEORY OF DIRECTIVE EFFECTS
THEORY OF DIRECTIVE EFFECTS
FOR ORTHO-PARA DIRECTORS The resonance theory explains why certain substituents are
Octane number
It is the unit or scale which is used to measure the quality of fuel on the basis of anti-knocking property of internal combustion engine. It