PHY1013 Study notes

This comprehensive bundle covers all key concepts, from the fundamentals of electrostatics to the complexities of magnetic fields. In-Depth Topic Coverage Includes: Electrostatics: Electric Charge & Coulomb's Law: A detailed exploration of the nature of electric charge, including the fundamental law governing the force between charged particles. Electric Fields: Clear diagrams and explanations of electric field lines, field strength (E), and the field created by point charges and continuous charge distributions. Electric Potential: A thorough look at the concepts of electric potential (V) and potential energy, including the relationship between potential and the electric field. Gauss's Law: Simplified explanations and applications of this powerful law for calculating electric flux and field for various symmetrical charge distributions. Capacitance: Capacitors and Dielectrics: A deep dive into how capacitors store energy, including their structure, how they function, and the role of dielectric materials in enhancing capacitance. Circuit Analysis: Detailed sections on analyzing capacitors connected in series and parallel, including step-by-step methods for calculating equivalent capacitance and charge distribution. Magnetism & Electromagnetism: Magnetic Fields: Clear notes on the properties of magnetic fields (B) and their sources, including the magnetic field created by current-carrying wires. Lorentz Force: An exploration of the force exerted on a moving charge in a magnetic field, including the direction of the force and its practical applications. Forces on Currents: Detailed analysis of the force on a current-carrying wire in a magnetic field, complete with diagrams and worked examples.