If this is a single step reaction, then the molecularity is 4.
Explanation:
One-step response
a chemical reaction that cannot be represented as the sum of simpler chemical reactions. Subsequent chemical reactions (see REACTIONS, STEPWISE CHEMICAL) consist of two or more one-step reactions, often called simple "steps" of a complex reaction. As a rule, no more than two atomic bonds are broken or formed in one step reaction. For example, in the reaction H2 + O = H + OH, one H-H bond is broken and one O-H bond is formed.
Molecularity of chemistry is the number of molecules that combine to react in an elemental (one-step) reaction and is equal to the sum of the stoichiometric coefficients of the reactants in the elementary reaction with effective collision (sufficient strength) and good orientation.
∴It's a single step reaction so it's Molecularity (3+1)=4
Answers & Comments
Answer:
If this is a single step reaction, then the molecularity is 4.
Explanation:
One-step response
a chemical reaction that cannot be represented as the sum of simpler chemical reactions. Subsequent chemical reactions (see REACTIONS, STEPWISE CHEMICAL) consist of two or more one-step reactions, often called simple "steps" of a complex reaction. As a rule, no more than two atomic bonds are broken or formed in one step reaction. For example, in the reaction H2 + O = H + OH, one H-H bond is broken and one O-H bond is formed.
Molecularity of chemistry is the number of molecules that combine to react in an elemental (one-step) reaction and is equal to the sum of the stoichiometric coefficients of the reactants in the elementary reaction with effective collision (sufficient strength) and good orientation.
∴It's a single step reaction so it's Molecularity (3+1)=4
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