Which of the following reactions is common for both self-reduction and carbon reduction when $Pb$ is extracted from galena $(PbS)$?

  • A
    $PbS + \frac{3}{2} O_2 \to PbO + SO_2$
  • B
    $PbO + C \to Pb + CO$
  • C
    $PbO + CO \to Pb + CO_2$
  • D
    $PbS + 2PbO \to 3Pb + SO_2$

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Consider the following statements:
Roasting is carried out to:
$(i)$ convert sulphide to oxide and sulphate
$(ii)$ remove water of hydration
$(iii)$ melt the ore
$(iv)$ remove arsenic and sulphur impurities
Of these statements:

Heating of pyrites in air for oxidation of sulphur is called

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Roasting of copper pyrites ores is for the following purposes:

Roasting of sulphides gives the gas $X$ as a byproduct. This is a colourless gas with a choking smell of burnt sulphur and causes great damage to respiratory organs as a result of acid rain. Its aqueous solution is acidic,acts as a reducing agent,and its acid has never been isolated.
The gas $X$ is

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