Molecularity and Order

Consider the following statements: I) The value of rate constant is never negative II) A zero order reaction is an elementary reaction III). For elementary reactions, molecularity and order are equal IV). Average and instantaneous rate of reaction are defined for micro and macroscopic time interval respectively The correct statement(s) is/are

For the chemical reaction I^(ɵ) + OCl^(ɵ) rarr Cl^(ɵ) + OI^(ɵ) Rate = (k[OCl^(ɵ)] [I^(ɵ)])/([overset(ɵ)(OH)] a. What is the order and moleculartiy of the reaction ? b. In the above reaction, what are the molecularity and order with respect to [overset(ɵ)(OH)]

For the chemical reaction I^(ɵ) + OCl^(ɵ) rarr Cl^(ɵ) + OI^(ɵ) Rate = (k[OCl^(ɵ)] [I^(ɵ)])/([overset(ɵ)(OH)] a. What is the order and moleculartiy of the reaction ? b. In the above reaction, what are the molecularity and order with respect to

For a reaction A+H_(2)OtoB , Rate kpropto[A] . What is its i) Molecularity ii) Order ?

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 .

For a reaction : A+H_(2)O toB," Rate "propA"]". What is its (i) Molecularity (ii) Order of reaction ?

For a reaction, A + H_2OrarrB , the rate law is rated [A]. What Is its molecularity and the order of reaction?

Will the molecularity of a zero order reaction be zero? Explain.