Question
Write a note on self oxidation-reduction reaction of aldehyde with suitable example.
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$C _6 H _{12} O _{6( aq )} \longrightarrow 2 C _2 H _5 OH _{( aq )}+2 CO _{2( g )}$
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The rate law for the reaction
$2 H _{2( g )}+2 NO _{( g )} \longrightarrow N _{2( g )}+2 H _2 O _{( g )}$ is given by rate $= K \left[ H _2\right][ NO ]^2$
The reaction occurs in the following two steps:
(a) $H _{2( g )}+2 NO _{( g )} \longrightarrow N _2 O _{( g )}+ H _2 O _{( g )}$
(b) $N _2 O _{( g )}+ H _{2( g )} \longrightarrow N _{2( g )}+ H _2 O _{( g )}$
What is the rate of $N _2 O$ in the mechanism? What is the molecularity of the elementary steps?
→$2 H _{2( g )}+2 NO _{( g )} \longrightarrow N _{2( g )}+2 H _2 O _{( g )}$ is given by rate $= K \left[ H _2\right][ NO ]^2$
The reaction occurs in the following two steps:
(a) $H _{2( g )}+2 NO _{( g )} \longrightarrow N _2 O _{( g )}+ H _2 O _{( g )}$
(b) $N _2 O _{( g )}+ H _{2( g )} \longrightarrow N _{2( g )}+ H _2 O _{( g )}$
What is the rate of $N _2 O$ in the mechanism? What is the molecularity of the elementary steps?