. Essentials of medical electricity . Fig. Compound Circuit Arrangement This is an arrangement ofcells in which the positive plate of one cell is connected with thenegative plate of the next, and so on through the whole numberof cells to be used ; the final connection being that of the posi-tive of the first cell to the negative of the last cell. In thisarrangement we possess a battery with an electro-motive force ARRANGEMENT OF CELLS. 29 increased as many times as we have number of cells and with aninternal resistance also increased in the same proportion. SeeFig. 7. Arrangement in Sets.
. Essentials of medical electricity . Fig. Compound Circuit Arrangement This is an arrangement ofcells in which the positive plate of one cell is connected with thenegative plate of the next, and so on through the whole numberof cells to be used ; the final connection being that of the posi-tive of the first cell to the negative of the last cell. In thisarrangement we possess a battery with an electro-motive force ARRANGEMENT OF CELLS. 29 increased as many times as we have number of cells and with aninternal resistance also increased in the same proportion. SeeFig. 7. Arrangement in Sets. If it is desired to arrange fifty cellsin sets of ten, the cells are divided into five lots; each lot isarranged in simple circuit which gives as a result five separatebatteries, the elements of which are ten times greater in areathan the elements of a single cell ; the five batteries are nowlooked upon as five large cells, and these are arranged in com-pound circuit. The resulting battery has an electro-motive forcefive times greater than a
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