Order and Molecularity#!#Elementary and Complex reactions

Introduction||Rate OF Reaction and Measurement OF Rate OF Reaction||Differential Rate Law|| Rate OF Appearance and Disappearance||Rate in terms OF Pressure||illustrations on Rate Calculation||Rate law,Elementary and Complex Reactions||Order and Molecularity

Effect OF Catalyst || Mechanism OF Complex Reaction || Order and Molecularity OF Complex Reaction

Types OF Reaction||On the basis OF Rate Very Fast||Very Slow|| Moderate|| On the basis OF number OF Steps Simple and Complex|| Mechanism OF Complex Reaction||Determination OF Order and Molecularity OF Complex Reaction

Rate OF Reaction in terms OF Pressure||Elementary and Complex Reactions|| Order and Molecularity||Determination OF Order by RDS Method

Rate OF Gaseous Reactions in Terms OF Pressure || Rate Law for a Reaction || Elementary And Complex Reactions || Order & Molecularity || Relation Between Different Rate Constants

Molecularity of an elementary reaction

The correct statement are: 1. for an elementary reaction order and molecularity are same 2. Reactions having order and molecularity lt3 are rate 3. Rate of reaction is decided by slowest step of mechanism 4. for a reaction t_(1//2) does not depend upon temperature 5. energy of activation for free radical combination is zero.