Consider the following reactions of metallurg | vedclass

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(C) $1$. The reactions describe the extraction of Zinc $(Zn)$.$2$. Ore '$X$' is Zinc blende $(ZnS)$,which on roasting gives Zinc oxide $(Y = ZnO)$ and

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$Zn$ & $CO$

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(C) $1$. The reactions describe the extraction of Zinc $(Zn)$.$2$. Ore '$X$' is Zinc blende $(ZnS)$,which on roasting gives Zinc oxide $(Y = ZnO)$ and $SO_2$.$3$. Ore '$Z$' is Calamine $(ZnCO_3)$,which on calcination gives Zinc oxide $(Y = ZnO)$ and $CO_2$.$4$. The reduction of Zinc oxide $(ZnO)$ with Carbon $(C)$ at $1673 \ K$ is given by: $ZnO + C \xrightarrow{1673 \ K} Zn(g) + CO(g)$.$5$. Here,'$A$' is Zinc vapour $(Zn)$ and '$B$' is Carbon monoxide $(CO)$.

Consider the following reactions of metallurgy:
Ore '$X$' $\xrightarrow{\text{Roasting}}$ '$Y$' + $SO_2$ $\uparrow$
Ore '$Z$' $\xrightarrow{\text{Calcination}}$ '$Y$' + $CO_2$ $\uparrow$
'$Y$' + $C$ $\xrightarrow{1673 \ K}$ '$A$' (vapour) + '$B$' $(g)$
where '$A$' and '$B$' are respectively:

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Consider the following reactions of metallurgy:Ore '$X$' $\xrightarrow{\text{Roasting}}$ '$Y$' + $SO_2$ $\uparrow$Ore '$Z$' $\xrightarrow{\text{Calcination}}$ '$Y$' + $CO_2$ $\uparrow$'$Y$' + $C$ $\xrightarrow{1673 \ K}$ '$A$' (vapour) + '$B$' $(g)$where '$A$' and '$B$' are respectively: