Elementary Treatise on Electricity and MagnetismLongmans, Green, and Company, 1896 - 576 páginas |
Dentro del libro
Resultados 1-5 de 87
Página x
... Corresponding elements . 46. Complete representation of the field by lines of force . 47. Application to induction . 48 . sure . Poisson's theorem 56-64 CHAPTER VI . ELECTRICAL CAPACITY - CONDensers . 51 . 49. Capacity of an electric ...
... Corresponding elements . 46. Complete representation of the field by lines of force . 47. Application to induction . 48 . sure . Poisson's theorem 56-64 CHAPTER VI . ELECTRICAL CAPACITY - CONDensers . 51 . 49. Capacity of an electric ...
Página 23
... corresponding electric field . In such a case the only forces of appreciable magnitude , tending to produce a definite distribution of the charge upon the sphere , are those arising from the mutual repulsion between the several ...
... corresponding electric field . In such a case the only forces of appreciable magnitude , tending to produce a definite distribution of the charge upon the sphere , are those arising from the mutual repulsion between the several ...
Página 34
... corresponding boundary . If the conductor is withdrawn , it still remaining insulated , or if the electric field is ... corresponds to the termination on that part of a certain number of interrupted lines of force , and the continuation ...
... corresponding boundary . If the conductor is withdrawn , it still remaining insulated , or if the electric field is ... corresponds to the termination on that part of a certain number of interrupted lines of force , and the continuation ...
Página 46
... corresponding quantities ; hence , to express the rate of decrease of potential , which by the definition is the electric force at P , we must prefix a negative sign . We thus get finally for the electric force at P dV I Q = · dr K 2 By ...
... corresponding quantities ; hence , to express the rate of decrease of potential , which by the definition is the electric force at P , we must prefix a negative sign . We thus get finally for the electric force at P dV I Q = · dr K 2 By ...
Página 49
... corresponding expenditure ; and by repeating the same operation again and again , it would be possible to gain any amount of energy , a result inconsistent with the principle of conservation of energy . Hence we conclude that it is not ...
... corresponding expenditure ; and by repeating the same operation again and again , it would be possible to gain any amount of energy , a result inconsistent with the principle of conservation of energy . Hence we conclude that it is not ...
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Otras ediciones - Ver todas
Elementary Treatise on Electricity and Magnetism George Carey Foster,Alfred William Porter Vista completa - 1909 |
Elementary Treatise on Electricity and Magnetism George Carey Foster,Edmund Atkinson Vista completa - 1896 |
Términos y frases comunes
acid action angle axis ball battery boundary C₁ C₂ capacity cell chemical circuit coefficient condenser connected consequently constant copper corresponding coulomb cylinder dielectric difference of potentials direction discharge disruptive discharge distance ductor effect elec electric field electric force electrical machine electrified body electrode electromotive force electroscope electrostatic energy equal equation equipotential surface experiment expressed flux friction galvanic cell given glass gold-leaf Hence india-rubber induction inner surface inside insulated conductor inversely Joule's law joules junction knob Leyden jar lines of force magnet measured metal negative electricity non-conductors number of lines opposite outer surface oxygen passes Peltier effect pith-ball plate poles portion positive electricity positively electrified produced proof-plane proportional quantity of electricity quantity of heat represented resistance result spark sphere suppose surface-density temperature terminals thermo-electric traversed tubes of force unit of electricity V₁ volt wire zinc