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A reaction involving two different reactants can never be
(AIEEE 2005)
- a)bimolecular reaction
- b)second order reaction
- c)first order reaction
- d)unimolecular reaction
Correct answer is option 'D'. Can you explain this answer?
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Verified Answer
A reaction involving two different reactants can never be(AIEEE2005)a)...
There are two different reactants (say A and B).
A + B → product
Thus, it is a bimolecular reaction.
It is second order reaction.
It is first order reaction.
Molecularity is independent of rate but is the sum of the reacting substances. Thus, it cannot be unimolecular reaction.
A + B → product
Thus, it is a bimolecular reaction.
It is second order reaction.
It is first order reaction.
Molecularity is independent of rate but is the sum of the reacting substances. Thus, it cannot be unimolecular reaction.
Most Upvoted Answer
A reaction involving two different reactants can never be(AIEEE2005)a)...
There are two different reactants (say A and B).
A + B → product
Thus, it is a bimolecular reaction.
It is second order reaction.
It is first order reaction.
Molecularity is independent of rate but is the sum of the reacting substances. Thus, it cannot be unimolecular reaction.
A + B → product
Thus, it is a bimolecular reaction.
It is second order reaction.
It is first order reaction.
Molecularity is independent of rate but is the sum of the reacting substances. Thus, it cannot be unimolecular reaction.
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A reaction involving two different reactants can never be(AIEEE2005)a)bimolecular reactionb)second order reactionc)first order reactiond)unimolecular reactionCorrect answer is option 'D'. Can you explain this answer?
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