The rate of the reaction \[CC{{l}_{3}}CHO+NO\to CHC{{l}_{3}}+NO+CO\] is given by Rate \[=K\,[CC{{l}_{3}}CHO]\,[NO]\]. If concentration is expressed in moles/litre, the units of K are [MP PET 1993]

\[litr{{e}^{2}}\,mol{{e}^{-2}}\,{{\sec }^{-1}}\]

\[mole\,litr{{e}^{-1}}{{\sec }^{-1}}\]

\[litre\,mol{{e}^{-1}}{{\sec }^{-1}}\]

The rate of the reaction \[CC{{l}_{3}}CHO+NO\to CHC{{l}_{3}}+NO+CO\] i

1.	The rate of the reaction \[CC{{l}_{3}}CHO+NO\to CHC{{l}_{3}}+NO+CO\] is given by Rate \[=K\,[CC{{l}_{3}}CHO]\,[NO]\]. If concentration is expressed in moles/litre, the units of K are [MP PET 1993]
A.	\[litr{{e}^{2}}\,mol{{e}^{-2}}\,{{\sec }^{-1}}\]
B.	\[mole\,litr{{e}^{-1}}{{\sec }^{-1}}\]
C.	\[litre\,mol{{e}^{-1}}{{\sec }^{-1}}\]
D.	\[{{\sec }^{-1}}\]
Answer» D. \[{{\sec }^{-1}}\]

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The rate of the reaction \[CC{{l}_{3}}CHO+NO\to CHC{{l}_{3}}+NO+CO\] is given by Rate \[=K\,[CC{{l}_{3}}CHO]\,[NO]\]. If concentration is expressed in moles/litre, the units of K are [MP PET 1993]

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