The emf of the cells obtained by combining zinc and copper electrodes of the Daniell cell with calomel electrodes are 1.083 volt and -0.018 volt respectively at `25^(@)C`. If the reduction potential of normal calomel electrode is + 0.28 volt, find the emf of the Daniell cell.

The e.m.f. of the cell obtained by combining Zn and Cu electrode of a Daniel cell with N calomel electrode in two different arrangements are 1.083V and 0.018V respectively at 25^(@)C . If the standard reduction potential of N calomel electrode is 0.28V find the emf of Daniel cell.

The e.m.f. of the cell obtained by combining Zn and Cu electrode of a Daniel cell with N calomel electrode in two different arrangements are 1.083V and 0.018V respectively at 25^(@)C . If the standard reduction potential of N calomel electrode is 0.28V find the emf og Daniel cell.

Potential of normal calomel electrode is -0.28 V . The emf of cell obtained by combining Zn and Cu electrodes of a Daniel cell with normal calomel electrodes are 1.083 V and - 0.018 V at 25^@C . Determine the EMF of Daniel cell.

Potential of normal calomel electrode is -0.28 V . The emf of cell obtained by combining Zn and Cu electrodes of a Daniel cell with normal calomel electrodes are 1.083 V and - 0.018 V at 25^@C . Determine the EMF of Daniel cell.

The standard EMF of decinormal calomel electrode is 0.268 V . The EMF is

The standard EMF of decinormal calomel electrode is 0.268 V . The EMF is

The SRP of cadmium and copper electrodes are -0.4 volt and +0.34volt respectively. The e.m.f. of the cell formed from them is