Electricity & magnetism notes/problems

Electricity & Magnetism Outline Overview ELECTRICAL QUANTITIES AND DEFINITIONS, p. 432 • Electrostatics • Magnetic Quantities and Definitions • Power, Energy and Measurements • Notation • Resistance • Voltage

Electricity & Magnetism Outline Overview ELECTRICAL QUANTITIES AND DEFINITIONS, p. 432 • Power and Energy – Energy Storage – Average Voltage and Current – Average Power – Effective Values

Electricity & Magnetism Outline Overview Continued DC CIRCUITS AND RESISTANCE, p. 445 • Ohm’s and Kirchhoff’s Laws for a Single Source Network • Multiple-Source Networks and Theorems • Network Reduction, Thevenin and Norton Equivalents • Transient Response for a Single Energy Storage Element – Capacitive Circuits – Inductive Circuits

Electricity & Magnetism Outline Overview Continued AC CIRCUITS, p. 456 • Phasor Manipulation • Resistors • Capacitors • Inductors • Impedance Relationship • Resonant Frequency • Quality Factor

Electricity & Magnetism Outline Overview Continued ELECTRONIC CIRCUITS, p. 467 • Diodes • Rectifying Circuits • Operational Amplifiers TRANSFORMERS, p. 473

Basic Concepts

Solution

Basic Concepts

Solution

Basic Circuit Laws

Solution

Dependent Sources

Solution

Dependent Sources

Solution

Nodal Analysis

Solution

Thevenin’s Theorem

Solution

Solution (continued)

Maximum Power Transfer

Solution

Solution (continued)

Solution (continued)

Maximum Power Transfer

Solution

Inductors & Capacitors

Solution

Inductors & Capacitors

Solution

AC Steady State Power

Solution