For the following reaction, determine the rate of the reaction when [Hg₂Cl2] = 0.125M and [C₂O4²-] = 0.175M Using the data that appears tabulated to continuation.

Let the rate law for the reaction be : rate = k.[Hg2Cl2]^a.[C2O4^2-]^b Consider exp 1 and 2, taking ratio of two gives us,

Resuelto For the following reaction, determine the rate of the

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Pregunta: For the following reaction, determine the rate of the reaction when [Hg₂Cl2] = 0.125M and [C₂O4²-] = 0.175M Using the data that appears tabulated to continuation.

For the following reaction, determine the rate of the reaction when [Hg₂Cl2] = 0.125M and [C₂O4²-] = 0.175M Using the data that appears tabulated to continuation.

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Solución
Paso 1
Let the rate law for the reaction be : $rate = k \cdot [Hg_{2} Cl_{2}]^{a} \cdot [C_{2} O_{4}^{2 -}]^{b}$

Consider exp 1 and 2,
$\begin{matrix} \begin{aligned} 1.8 \times 10^{- 5} & = k \times {0.105}^{a} \times {0.150}^{b} \\ 7.1 \times 10^{- 5} & = k \times 0105^{a} \times {0.300}^{b} \end{aligned} \end{matrix}$

taking ratio of two gives us,
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Paso 2
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Paso 3
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Respuesta
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4. Para la siguiente reacción determine la rapidez de la reacción cuando

[Hg_{2} Cl_{2}] = 0.125 M

[C_{2} O_{4}^{2 -}] = 0.175 M

empleando los datos que aparecen tabulados a continuación.