\(\therefore\) greater is \(E_a\), the smaller is \(K\) i. e., rate of reaction \(\propto \, \frac{1}{height\, of \,energy\, barrier}\)
It should be noted that step leading to the height peak will not be rate determining step if the concentration used in some other step is sufficiency high. Since first step is rate determining step.
\(\therefore\) First peak should be high as is \((c)\).
$N{H_2}N{O_2}_{\left( {aq} \right)} + OH_{\left( {aq} \right)}^ - \to NHNO_{2\left( {aq} \right)}^ - + {H_2}{O_{\left( l \right)}}$
$NHNO_{2\left( {aq} \right)}^ - \to {N_2}{O_{\left( {aq} \right)}} + OH_{\left( {aq} \right)}^ - $
આ પ્રક્રિયાનો ઉદ્દીપક જણાવો.
(આપેલ : $\ln 10=2.303\,\log 2=0.3010$ )