 | Henry Minchin Noad - 1857 - 422 pages
...Physics," Vol. ii., p. 236) : 1° That the magneto-electric energy excited in an induction spiral by means of Magnetism is equal to the sum of the electro-motive forces of all the individual coils of the wire ; this is. in accordance with the fundamental law of Ohm (394). 2° With equally powerful currents... | |
 | Henry Minchin Noad - 1867 - 562 pages
...currents. These laws are : — 1. That the magneto -electric energy in an induction spiral, by meant of magnetism, is equal to the sum of the electro-motive forces of all the individual coils of the wire; this is in accordance with the fundamental law of Ohm (108). 2. That with equally powerful currents... | |
 | William Maver (Jr.) - 1892 - 602 pages
...electromotive force of each cell is added to that of its neighbor, and the resulting electromotive force is equal to the sum of the electromotive forces of all the cells. Assuming the EMF of each cell in Fig. 13 to be i volt, the total EMF developed by the series... | |
 | Alexander Watt (F.R.S.A.) - 1902 - 784 pages
...circuit. of the end cells form the terminals of the battery. The electro-motive force of such a battery is equal to the sum of the electro-motive forces of all the cells in the series. Usually only one kind of cell is thus Fig. 26. — Diagram of Cells arranged in... | |
 | William Maver (jr.) - 1903 - 686 pages
...electromotive force of each cell is added to that of its neighbor, and the resulting electromotive force is equal to the sum of the electromotive forces of all the cells. Assuming the EMF of each cell in Fig. 13 to be i volt, the total EMF developed F1G I3- by the... | |
 | William Maver (jr.) - 1903 - 682 pages
...electromotive force of each cell is added to that of its neighbor, and the resulting electromotive force is equal to the sum of the electromotive forces of all the cells. Assuming the EMF of each cell in Fig. 13 to be i volt, the total EMF developed by the series... | |
 | International Correspondence Schools - 1905 - 760 pages
...number of cells are joined in series, as shown in Fig. ?, the total electromotive force of the group is equal to the sum of the electromotive forces of all the cells. When all the cells joined together are similar in kind and condition, as is usually the case,... | |
 | 1906 - 698 pages
...number of cells are joined in series, as shown in Fig. 7, the total electromotive force of the group is equal to the sum of the electromotive forces of all the cells. When all the cells joined together are similar in kind and condition, as is usually the case,... | |
 | International Correspondence Schools - 1908 - 456 pages
...thus formed is equal to s X b. The total electromotive force of a number of cells connected in series is equal to the sum of the electromotive forces of all the cells. If a number p of similar cells, each having an internal resistance of b ohms, are arranged in... | |
 | Charles Riborg Mann, George Ransom Twiss - 1910 - 442 pages
...to be arranged in series. When cells are arranged in series, the electromotive force of the battery is equal to the sum of the electromotive forces of all the cells. If a suitable galvanometer or ammeter be placed in the circuit, we can see that the current... | |
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Cells thus placed are said to be arranged in series. When thus arranged, the electromotive force of each cell is added to that of its neighbor, and the resulting electromotive force is equal to the sum of the electromotive forces of all the cells. Assuming... 
