 | British Association for the Advancement of Science - 1864 - 1112 pages
...number •will be aided by the electromagnetic forces, so that the work done during the motion will be the product of the strength of the current and the number of additional lines of force. For instance, let the lines of force be due to a single magnetic pole of... | |
 | 1865 - 1144 pages
...number will be aided by the electromagnetic forces, so that the work done during the motion will be the product of the strength of the current and the number of additional lines of force. For instance, let the lines of force be due to a single magnetic pole of... | |
 | British association comm. on electr. standards - 1873 - 284 pages
...number will be aided \,y the electro-magnetic forces; so that the wurk done during the motion will be the product of the strength of the current and the number of additional lines of force. For instance, let the lines of force be due to a single magnetic pole of... | |
 | British Association for the Advancement of Science - 1873 - 284 pages
...number will be aided by the electro-magnetic forces ; so that the work done during the motion will be the product of the strength of the current and the number of additional lines of force. For instance, let the liues of force be due to a single magnetic pole of... | |
 | Park Benjamin - 1878 - 994 pages
...the superficial current of the circle ; and the force with which a magnet is attracted by the coil is proportional to the product of the strength of the current and number of turns of the coil. 6. The Core. The free magnetism, other things being equal, is proportional... | |
 | Sir John Ambrose Fleming - 1886 - 240 pages
...a long solenoid or helix of wire is proportional to the number of ampere-turns per unit length, or to the product of the strength of the current, and the number of turns of the wire per unit of length of the coil or core. Fig. 33. Currie's Long-pull Electro-magnet.... | |
 | Alfred Ritter von Urbanitzky - 1886 - 920 pages
...induction and for magneto-electric induction are equivalent. In the first, the EMF of the induced currents is proportional to the product of the strength of the current and to the number of turns in the inducing coil ; in the second, of course, proportional to the magnetic... | |
 | William Thomas Allder Emtage - 1891 - 264 pages
...the quantity of induction passing through it in the negative direction. This may also be measured by the product of the strength of the current and the number of lines of induction passing 'through the circuit in the negative direction. Thus the work done on the... | |
 | Benjamin Warner Snow - 1909 - 810 pages
...really performed by the conductor cutting across the lines of force of the pole, and is equal in amount to the product of the strength of the current and the number of lines of force which are thus cut. Accordingly, in general, a current in a field of force tends to... | |
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Count the number which pass through the area enclosed by the circuit of the conductor, then any motion which increases this number will be aided by the electro-magnetic forces ; so that the work done during the motion will be the product of the strength... 
