Twelve topics, working from conventions and resistive reduction through nodal and mesh formulation, the network theorems, capacitor and inductor behaviour, first-order and second-order transients, sinusoidal steady state and phasors, AC power and power factor, frequency response and resonance, and coupled circuits and two-port parameters. A final topic on choosing between methods asks the question exams actually ask: given this network, which approach is least work?

Electrical, electronics, and instrumentation students meeting the subject for the first time, and anyone revising it for GATE, a placement test, or a university exam. It assumes you can handle simultaneous equations and complex numbers in polar form. It does not assume you have seen a phasor diagram, a Thevenin equivalent, or a time constant before — the first topic starts at the passive sign convention and why the reference node you pick does not change the answer.

The course is organised as topics, subtopics, and individual lessons. Each lesson pairs a short set of explanation cards with practice questions written for that lesson, so the questions test the idea you just read rather than a general survey. Wrong answers come with a worked explanation, and the AI guide surfaces the mistakes you keep repeating — for this subject that is usually a sign convention or an initial condition, not the solving.