Question asked by Filo student
Decomposition of th follows a first order . In fifty minutes the concentration of decreases from to in one such decomposition. Wher the concentration of reaches ; the rate of formation of will be
- at STP
Filo tutor solution
Learn from their 1-to-1 discussion with Filo tutors.
Practice more questions on Chemical Kinetics
Views: 5,085
"Acid catalysed dehydration of -butanol is faster than that of -butanol.
Students who ask this question also asked
Views: 5,143
Views: 5,936
PLEASE EXPLAIN THE BELOW CHEMISTRY NCERT LINES
i) Order of a reaction is an experimental quantity. It can be zero and
even a fraction but molecularity cannot be zero or a non integer.
(ii) Order is applicable to elementary as well as complex reactions
whereas molecularity is applicable only for elementary reactions.
For complex reaction molecularity has no meaning.
(iii) For complex reaction, order is given by the slowest step and
molecularity of the slowest step is same as the order of the overall
reaction.
Views: 5,857
Views: 5,339
Question Text | Decomposition of th follows a first order . In fifty minutes the concentration of decreases from to in one such decomposition. Wher the concentration of reaches ; the rate of formation of will be |
Topic | Chemical Kinetics |
Subject | Chemistry |
Class | Class 12 |