Experimental Researches in Electricity, Volume 1 eBook

This eBook from the Gutenberg Project consists of approximately 775 pages of information about Experimental Researches in Electricity, Volume 1.

Experimental Researches in Electricity, Volume 1 eBook

This eBook from the Gutenberg Project consists of approximately 775 pages of information about Experimental Researches in Electricity, Volume 1.
with, 638. ——­, its action retarded by olefiant gas, 640, 652. ——­, ——­, carbonic oxide, 645, 652. ——. See Combination, Plates of platina, and Interference. ——­ poles, recombination effected by, 567, 588.  Plumbago poles for chlorides, 794.  Poisson’s theory of electric induction, 1305. Points, favour convective discharge, 1573. ——­, fluid for convection, 1581. Polar forces, their character, 1665. ——­ decomposition by common electricity, 312, 321, 469. Polarity, meaning intended, 1304, 1685. ——­ of particles under induction, 1298, 1676. ——­, electric, 1070, 1085. ——­, ——­, its direction, 1688, 1703, ——­, ——­, its variation, 1687. ——­, ——­, its degree, 1686. ——­, ——­, in crystals, 1689. ——­, ——­, in molecules or atoms, 1699. ——­, ——­, in electrolytes, 1702.  Polarized light across electrolytes, 951. Poles, electric, their nature, 461, 498, 556, 662. ——­, appearance of evolved bodies at, accounted for, 535. ——­ one element to either? 552, 681, 757. ——­, of air, 455, 461, 559. ——­, of water, 491, 558. ——­, of metal, 557. ——­, of platina, recombination effected by, 567, 588. ——­, of plumbago, 794.  Poles, magnetic, distinguished, 44, note.  Porrett’s peculiar effects, 1646. Positive current none, 1627, 1632. ——­ discharge, 1465, 1480. ——­ ——­, as spark, 1467, 1482. ——­ ——­, as brush, 1467, 1476. ——­ spark or brush, 1484, 1502. ——­ and negative, convective discharge, 1600. ——­ ——­ disruptive discharge, 1465, 1482, 1485, 1525. ——­ ——­ ——­ in different gases, 1393. ——­ ——­ voltaic discharge, 1524. ——­ ——­ electrolytic discharge, 1525.  Potassa acetate, nature of its electrolysis, 749.  Potassium, iodide of, electrolysed, 805.  Power of voltaic batteries estimated, 1126.  Powers, their state of tension in the pile, 949.  Practical results with the voltaic battery, 1136.  Pressure of air retains electricity, explained, 1377, 1398.  Primary electrolytical results, 742.  Principles, general, of definite electrolytic action, 822.  Proportionals in electrolytes, single, 679, 697.

Quantity of electricity in matter, 852, 861, 873, 1652. ——­ voltaic battery, 990.

Rarefaction of air facilitates discharge, why, 1375.  Recombination, spontaneous, of gases from water, 566. Relation, by measure, of electricities, 361. ——­ of magnets and moving conductors, 256. ——­ of magnetic induction to intervening bodies, 1662, 1728. ——­ of a current and magnet, to remember, 38, note. ——­ of electric and magnetic forces, 118, 1411, 1653, 1658,1709, 1731. ——­ of conductors and insulators, 1321, 1326, 1334, 1338. ——­ of conduction and induction, 1320, 1337. ——­ of induction and disruptive discharge, 1362. ——­ ——­ electrolyzation, 1164, 1343. ——­ ——­ excitation, 1178, 1740. ——­ ——­ charge, 1171, 1177, 1300. ——­ of insulation and induction, 1324, 1362, 1368, 1678. ——­, lateral, of lines of inductive force, 1231, 1297, 1304. ——­ of a vacuum to electricity, 1613. ——­

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Experimental Researches in Electricity, Volume 1 from Project Gutenberg. Public domain.