Cupric oxide when heated to 1100-1200 degree Celsius gives $C u O \to A + O_{2}$

C u_{2} O

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C u

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C u_{2} O_{3}

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Solution

The correct option is A $C u_{2} O$
$4 C u O \to 2 C u_{2} O + O_{2}$ Cupric oxide when heated to 1100-1200 degree Celsius, decomposes to gives cuprous oxide and dioxygen.

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C u O \to A + O_{2}

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Cupric oxide will be converted to metallic copper when it is heated with hydrogen.

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