 EMF of the com\plete cell is then equal to the algebraic sum of the potentials of the two electrodes, one being an oxidation potential and the other a reduction potential.  Battery Reference Book - Page 1-16by Thomas P J Crompton - 2000 - 800 pagesLimited preview - About this book
 | Samuel Jackson Barnett - Electromagnetic theory - 1903 - 508 pages
...the solid state into zinc ions, and d^l jdt the temperature rate of change of the emf Then The actual emf of the complete cell is equal to the algebraic sum of all such included emfs, and the actual temperature coefficient to the algebraic sum of all the individual... | |
 | Samuel Jackson Barnett - Electromagnetic theory - 1903 - 518 pages
...solid state into zinc ions, and d"^f jdt the temperature rate of change of the emf Then The actual emf of the complete cell is equal to the algebraic sum of all such included emfs, and the actual temperature coefficient to the algebraic sum of all the individual... | |
 | Izaak Maurits Kolthoff - Volumetric analysis - 1928 - 316 pages
...galvanic cell that is thus formed, during the course of the titration. This EMF, as is well known, is equal to the algebraic sum of the potentials of the two electrodes or half-cells; the potential of the reference electrode remains constant, so that the change in EMF... | |
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