Thermal decomposition of an Mn compound (X) at 513 results in a compound Y, $MnO_{2}$ and a gaseous product. $MnO_{2}$ reacts with NaCI and concentrated $H_{2}SO_{4}$ to give a pungent gas Z. X, Y, and Z, respectively, are:

Option 1)
$K_{3}MnO_{4},K_{2}MnO_{4}$ and $Cl_{2}$

Option 2)
$K_{2}MnO_{4}, KMnO_{4}$ and $SO_{2}$
Option 3)
$KMnO_{4}, K_{2}MnO_{4}$ and $Cl_{2}$
Option 4)
$K_{2}MnO_{4}, KMnO_{4}$ and $Cl_{2}$

Answers (1)

S solutionqc

$\begin{matrix} 2KMno_{4}\\(x) \end{matrix}\xrightarrow[\Delta ]{513k}\begin{matrix} K_{2}MnO_{4} \\ (y) \end{matrix}+MnO_{2} + O_{2(g)}$

$MnO_{2}+4NaCl+4H_{2}SO_{4}\rightarrow MnCl_{2}+4NaHSO_{4}+2H_{2}O+\begin{matrix} \\\ Cl_{2}(g) \\ z \end{matrix}$

$\left [ \begin{matrix} x=KMnO_{4} \\ y=K_{2}MnO_{4} \\ z=Cl_{2} \end{matrix}\right ]$

Option 1)

$K_{3}MnO_{4},K_{2}MnO_{4}$ and $Cl_{2}$

Option 2)

$K_{2}MnO_{4}, KMnO_{4}$ and $SO_{2}$

Option 3)
$KMnO_{4}, K_{2}MnO_{4}$ and $Cl_{2}$
Option 4)

$K_{2}MnO_{4}, KMnO_{4}$ and $Cl_{2}$

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Thermal decomposition of an Mn compound (X) at 513 results in a compound Y, and a gaseous product. reacts with NaCI and concentrated to give a pungent gas Z. X, Y, and Z, respectively, are: Option 1) and Option 2) and Option 3) and Option 4) and

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