An entire semester worth of class notes taken during the pandemic when classes were forced to be virtual. Replayed every recorded lecture video and wrote everything down and explained very carefully. Guaranteed an "A" if you follow these notes.
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An explanation of the theory. Explanation of methods. Solved practice problems.
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Add to cartAn explanation of the theory. Explanation of methods. Solved practice problems.
Explanation of theory and methods. Detailed solved example problems.
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Add to cartExplanation of theory and methods. Detailed solved example problems.
Brief review of complex numbers and how to solve and graph polar and rectangular coordinates
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Add to cartBrief review of complex numbers and how to solve and graph polar and rectangular coordinates
Theory behind capacitors and inductors. Some solved example problems.
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Add to cartTheory behind capacitors and inductors. Some solved example problems.
Theory behind RL and RC circuit behavior. Detailed example problems.
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Add to cartTheory behind RL and RC circuit behavior. Detailed example problems.
Theory on AC Circuits: Steady-State analysis, Periodic Signal, Purely Resistive, Purely Inductive, Purely Capacitive, Reactance, VIZ. Followed by detailed solved example problems.
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Add to cartTheory on AC Circuits: Steady-State analysis, Periodic Signal, Purely Resistive, Purely Inductive, Purely Capacitive, Reactance, VIZ. Followed by detailed solved example problems.
Theory on AC Power: Average Power, Apparent Power, Load Power, Reactive Power, Complex Power, Power Triangles, Absorbed Power. Detailed solved example problems.
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Add to cartTheory on AC Power: Average Power, Apparent Power, Load Power, Reactive Power, Complex Power, Power Triangles, Absorbed Power. Detailed solved example problems.
Theory in Real and Reactive Power and detailed solved example problems.
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Add to cartTheory in Real and Reactive Power and detailed solved example problems.
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Add to cartTheory of transformers. Detailed solved example problems.
Theory and Principles of various generators. Solved problems for rotor and slip speed.
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Add to cartTheory and Principles of various generators. Solved problems for rotor and slip speed.
Introduction to circuits. KVL, KCL, Parallel Circuits, Series Circuits, Source Power, Resistance Power, Ohm's Law. Detailed solved example problems.
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Add to cartIntroduction to circuits. KVL, KCL, Parallel Circuits, Series Circuits, Source Power, Resistance Power, Ohm's Law. Detailed solved example problems.
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