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The mathematical theory of electricity and magnetism (1911)

Jeans, James Hopwood, Sir, 1877-1946 · Cambridge [Eng.] : University Press · leaf 509

An illustration from The mathematical theory of electricity and magnetism, 1911, leaf 509
, — The dynamical equations are nown in number, these being of the form (cf. equations (509)) These equations, together with the ni equations obtained by applyingKirchhoflfs first law to the different junctions, form a system of m + n equa-tions, from which we can eliminate the m multipliers \, [i,… … arms AGB, ADB and reunite at B. Neglecting induction between thesearms and the leads to A and B, we may suppose that the part of the kineticenergy which involves i-^ and io is There are no batteries and no condenser in the arms in which thecurrents i^ and 4 flow. The currents are, however,…

Electricity · Magnetism

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