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The Constants of the Electric Circuit
Magnitude of resistance inductance and capacity in
Example of 60000volt 200mile line 292
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alternating current alternating-current circuit amperes angle approximately armature reaction Assuming cable capacity cent change of circuit charging current circuit conditions component condenser charge condenser discharge condenser potential condenser terminals condensive reactance conductor continuous-current curve cycles decreases differential equations direct current direct-current e.m.f. consumed e.m.f. wave eddy currents effective resistance effective value electric field energy exponential field circuit field current field winding frequency of oscillation full load gives half wave hence herefrom high frequency impressed e.m.f. increase inductive circuit inductive reactance instantaneous value integration constants iron machine magnetic flux density maximum value megalines mercury arc rectifier motor field mutual inductance ohms oscillation permanent term potential difference pulsation reactive coil rectifier resistance and inductance resultant m.m.f. secondary self-inductance short-circuit current shunt field spark gap starting substituting terminal conditions transformer transient phenomena transient term transmission line values of current voltage volts wave length zero