Order and Molecularity

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 Law or Rate Expression || Eementary & Complex Reaction || Order & Molecularity

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

Which of the following is possible for a reaction? (a)Temperature approaching infinity (b) E_(a) =0 (c)Order =0 (d) Molecularity =0

For a zero order reaction molecularity can never be equal to zero. Explain.

Which of the following statements are applicable to a balanced chemical equation of an elementary reaction? (a) Order is same as molecularity (b) Order is less than the molecularity (c) Order is greater than the molecularity (d) Molecularity can never be zero .

Ethyl acetate is hydrolysed in acidic medium Its order of reaction and molecularity are respectively :

Write two differences between 'order of reaction' and 'molecularity of reaction'.