Reaction of chloroform with chlorine is an example of fraction order reaction. Its rate law expression is rate $$=kCHCl3Cl21/2$$. If both are assumed in gaseous state and pressure is measured in bar then units of rate and rate constant respectively are

Question

Reaction of chloroform with chlorine is an example of fraction order reaction. Its rate law expression is rate $$=kCHCl3Cl21/2$$. If both are assumed in gaseous state and pressure  is measured in bar then units of rate and rate constant respectively are

Infinity Learn · Accepted Answer

Given, $$rate=kCHCl3Cl21/2Order$$ $$=1+12=32So$$, units of rate constant $$=$$ Units of rate $$CHCl3Cl21/2=$$ bar min−$$1bar3/2$$                                         $$=bar$$−$$1/2min$$−$$1Units$$ of rate is bar $$min-1$$.

Reaction of chloroform with chlorine is an example of fraction order reaction. Its rate law expression is rate $= k [{CHCl}_{3}] {[{Cl}_{2}]}^{1 / 2}$ . If both are assumed in gaseous state and pressure is measured in bar then units of rate and rate constant respectively are

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Reaction of chloroform with chlorine is an example of fraction order reaction. Its rate law expression is rate =kCHCl3Cl21/2. If both are assumed in gaseous state and pressure is measured in bar then units of rate and rate constant respectively are

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Reaction of chloroform with chlorine is an example of fraction order reaction. Its rate law expression is rate $= k [{CHCl}_{3}] {[{Cl}_{2}]}^{1 / 2}$ . If both are assumed in gaseous state and pressure is measured in bar then units of rate and rate constant respectively are