Calculation Paper on Engineering Science Electrical Circuits

This assignment provides a detailed solution to an electrical engineering problem set. It begins with the application of Kirchhoff's laws to determine currents and voltages in complex circuits. The solution then proceeds to analyze circuits using loop analysis to find currents in individual resistors. The paper further explores circuit reduction techniques, including the Thevenin and Norton equivalent circuits, and identifies the load resistance for maximum power transfer. It also addresses capacitor charging and discharging behavior, plotting voltage and current graphs over time. Finally, the assignment examines the behavior of an inductor in a series circuit, calculating the time taken for the inductor current to reach a specific value and the current after the source is disconnected. The document includes all necessary calculations, circuit diagrams, and a bibliography.