Given that mass was lost from the copper (ii) carbonate hydroxide hydrate during heating, in this decomposition reaction, how many moles of solid product were produced? the molar mass of the solid product is 79.545 g/mol (number of moles = mass (g) / molar mass (g/mol)).

Question

Audrina

Chemistry

31 October, 07:32

Given that mass was lost from the copper (ii) carbonate hydroxide hydrate during heating, in this decomposition reaction, how many moles of solid product were produced? the molar mass of the solid product is 79.545 g/mol (number of moles = mass (g) / molar mass (g/mol)).

+4

Answers (1)

Know the Answer?

Montgomery · Answer 1

The thermolysis of hydrate of the copper (II) hydroxycarbonate:

xCuCO₃·yCu (OH) ₂·zH₂O → (x+y) CuO + xCO₂ + (y+z) H₂O

1 mol xCuCO₃·yCu (OH) ₂·zH₂O → (x+y) mol CuO

for example, if x=y=1 ⇒ n (CuO) = 2 mol