What mass of copper will be deposited by the liberation of Cu<sup>2+</sup> when 0.1F of electricity flows through an aqueous solution of a copper (ll) salt? [Cu = 64]

What mass of copper will be deposited by the liberation of Cu2+ when 0.1F of electricity flows through an aqueous solution of a copper (ll) salt? [Cu = 64]

What mass of copper will be deposited by the liberation of Cu²⁺ when 0.1F of electricity flows through an aqueous solution of a copper (ll) salt? [Cu = 64]

A 64g
B 32g
C 12.8g
D 6.4g
E 3.2g

waec 1995 chemistry

The correct answer is E. 3.2g

No explanation given

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