 | Thomas O'Conor Sloane - 1891 - 158 str.
...Rule 2. The electromotive force is equal to the current multiplied by the resistance. E = CR Rule 3. The resistance is equal to the electromotive force divided by the current. _ E r'~c Rule 5. The resistance varies directly with the electromotive force aud inversely with the... | |
 | Thomas O'Conor Sloane - 1897 - 696 str.
...needle rests in any position. A current in the thick coil brings it to zero. A current simultaneouslv passing through the thin high resistance coil brings...Algebraically the law is usually expressed thus, (a) C = E R. It may also be expresed thus : (b) E — CR and (c) R = EC, in which R' denotes resistance,... | |
 | 1899 - 826 str.
...two cores will require twice this amount, or 5568 feet of wire on the fields. According to Ohm's law, the resistance is equal to the electromotive force divided by the current, and as the current is, in this case, 2 amperes, and the electro-motive force is 50 volts, the resistance... | |
 | 1902 - 754 str.
...0 to any point on the curve, such as c , gives the value of the external resistance with that load. The resistance is equal to the electromotive force divided by the current. Suppose that, at the point c, the EMF is 115 volts, and the current is 78 amperes; then the resistance... | |
 | James Edward Homans - 1902 - 658 str.
...directly with the electromotive force, and inversely with the current ; hence. ELECTRICAL PRINCIPLES. (4) The resistance is equal to the electromotive force, divided by the current. (5) The electromotive force varies directly with the current and with the resistance ; hence, (6) The... | |
 | 1902 - 558 str.
...0 to any point on the curve, such as c, gives the value of the external resistance with that load. The resistance is equal to the electromotive force divided by the current. Suppose that, at the point c, the EMF is 115 volts, and the current is 78 amperes; then the resistance... | |
 | William Henry Doolittle - 1903 - 550 str.
...terms: (a) the current strength is equal to the electro-motive force divided by the resistance; (b) the force is equal to the current strength multiplied...the resistance; (c) the resistance is equal to the force divided by the current strength. The historical development and evolution of the telegraph may... | |
 | William Henry Doolittle - 1903 - 562 str.
...terms: (a) the current strength is equal to the electro-motive force divided by the resistance; (b) the force is equal to the current strength multiplied...the resistance; (c) the resistance is equal to the force divided by the current strength. The historical development and evolution of the telegraph may... | |
 | Edwin James Houston - 1905 - 670 str.
...resistohms. J ance; the electro-motive force is equal to the product of the current and the resistance; while the resistance is equal to the electro-motive force divided by the current strength. There are many ways in which the three quantiFaradsand ties may be determined. In this determination... | |
 | William Esty - 1905 - 466 str.
...that is forced through the insulation by a known direct or steady electromotive force. The value of the resistance is equal to the electromotive force divided by the current. The resistance in ohms of the insulation is of only secondary importance as compared with the dielectric... | |
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The electro-motive force is equal to the current strength multiplied by the resistance. (c) The resistance is equal to the electro-motive force divided by the current strength. 
