Meizhong Wang has been an instructor at the College of New Caledonia (CNC) for 29 years. She currently teaches computing and mathematical courses and has lectured in electric circuits, electronics, physics, etc. at CNC and other college and university in Canada and China. She is also the author of several books, including Algebra I & II Key Concepts, Practice, and Quizzes, Math Made Easy, Key Concepts of Intermediate Level Math, Legends of Four Chinese Sages and Understandable Electric Circuits.

• Chapter R: Quantities and unitsChapter 1: Basic concepts of electric circuitsChapter 2: Basic laws of electric circuitsChapter 3: Series-parallel resistive circuitsChapter 4: Methods of DC circuit analysisChapter 5: The network theoremsChapter 6: Capacitors and inductorsChapter 7: Transient analysis of circuitsChapter 8: Magnetism and electromagnetismChapter 9: Fundamentals of AC circuitsChapter 10: Methods of AC circuit analysisChapter 11: RLC circuits and resonanceChapter 12: Mutual inductance and transformersChapter 13: Circuits with dependent sourcesChapter 14: Three-phase systemsAppendix A: Greek alphabetsAppendix B: Differentiation of the phasor

Meizhong Wang has been an instructor at the College of New Caledonia (CNC) for 29 years. She currently teaches computing and mathematical courses and has lectured in electric circuits, electronics, physics, etc. at CNC and other college and university in Canada and China. She is also the author of several books, including Algebra I & II Key Concepts, Practice, and Quizzes, Math Made Easy, Key Concepts of Intermediate Level Math, Legends of Four Chinese Sages and Understandable Electric Circuits.

• Chapter R: Quantities and unitsChapter 1: Basic concepts of electric circuitsChapter 2: Basic laws of electric circuitsChapter 3: Series-parallel resistive circuitsChapter 4: Methods of DC circuit analysisChapter 5: The network theoremsChapter 6: Capacitors and inductorsChapter 7: Transient analysis of circuitsChapter 8: Magnetism and electromagnetismChapter 9: Fundamentals of AC circuitsChapter 10: Methods of AC circuit analysisChapter 11: RLC circuits and resonanceChapter 12: Mutual inductance and transformersChapter 13: Circuits with dependent sourcesChapter 14: Three-phase systemsAppendix A: Greek alphabetsAppendix B: Differentiation of the phasor

Meizhong Wang has been an instructor at the College of New Caledonia (CNC) for 29 years. She currently teaches computing and mathematical courses and has lectured in electric circuits, electronics, physics, etc. at CNC and other college and university in Canada and China. She is also the author of several books, including Algebra I & II Key Concepts, Practice, and Quizzes, Math Made Easy, Key Concepts of Intermediate Level Math, Legends of Four Chinese Sages and Understandable Electric Circuits.

• Chapter R: Quantities and unitsChapter 1: Basic concepts of electric circuitsChapter 2: Basic laws of electric circuitsChapter 3: Series-parallel resistive circuitsChapter 4: Methods of DC circuit analysisChapter 5: The network theoremsChapter 6: Capacitors and inductorsChapter 7: Transient analysis of circuitsChapter 8: Magnetism and electromagnetismChapter 9: Fundamentals of AC circuitsChapter 10: Methods of AC circuit analysisChapter 11: RLC circuits and resonanceChapter 12: Mutual inductance and transformersChapter 13: Circuits with dependent sourcesChapter 14: Three-phase systemsAppendix A: Greek alphabetsAppendix B: Differentiation of the phasor