In a Daniel cell,

Question

In a Daniel cell, (A) The chemical energy liberated during the redox reaction is converted to electrical energy (B) The electrical energy of the cell is converted to chemical energy (C) The energy of the cell is utilised in conduction of the redox reaction (D) The potential energy of the cell is converted into electrical energy

Tardigrade Admin · Accepted Answer

The conversion of the chemical energy liberated during redox reaction to electrical energy is done by Daniel cell and has an electrode potential of

1.1 V

.

Z n_{(s)} + C u_{(a q)}^{2 +} \to Z n_{(a q)}^{2 +} + C u_{(s)}

Q. In a Daniel cell,

The chemical energy liberated during the redox reaction is converted to electrical energy

The electrical energy of the cell is converted to chemical energy

The energy of the cell is utilised in conduction of the redox reaction

The potential energy of the cell is converted into electrical energy

The conversion of the chemical energy liberated during redox reaction to electrical energy is done by Daniel cell and has an electrode potential of 1.1V. Zn(s)​+Cu(aq)2+​→Zn(aq)2+​+Cu(s)​

The conversion of the chemical energy liberated during redox reaction to electrical energy is done by Daniel cell and has an electrode potential of $1.1 V$ .

$Z n_{(s)} + C u_{(a q)}^{2 +} \to Z n_{(a q)}^{2 +} + C u_{(s)}$