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Chapter 23 Electric Fields Example:Force between Point Charges. The Electric Field Concept. Example: Fields of Point Charges. Electric Field of a Charged Arc. Electric Field of a Line Charge.
Chapter 24 Gauss's Law Gauss' Law:Spherical Charge Distribution. The Flux of a Uniform Field over a Cube. Gauss' Law Applied to a Charged Conducting Sphere Surrounded by a Charged Conducting Shell. Gauss' Law Applied to a Charged Flat Surface.
Chapter 25 Electric Potential The Concepts of the Difference in Potential Energy and the Difference in Potential. Difference of Potential in (a) a Uniform Field and (b) in the Field Created by a Point Charge. Potential of a Uniformly Charged Disk. The Potential Energy of a Collection of Point Charges. Fields and Potentials of a Charged Conducting Sphere.
Chapter 26 Capacitance and Dielectrics The Capacitance of Parallel Plate and Cylindrical Capacitors. Series and Parallel Capacitors. Example to Find Charges on Capacitors in a Circuit. Parallel Plate Capacitor filled with a Dielectric.
Chapter 27 Current and Resistance Ohm's Law and its Application to a Cylindrical Conductor.
Chapter 28 Direct Current Circuits Series and Parallel Combination of Resistors. Analysis of a Circuit Using Kirchoff's Rules. The Charging and Discharging of a Capacitor (RC Circuits).
Chapter 29 Magnetic Fields Magnetic Force on a Moving Charge and on a Current Carrying Wire. Circular Motion in a Magnetic Field. Velocity Selector and the Mass Spectrometer. Hall Effect and Applications.
Chapter 30 Sources of the Magnetic Field The Biot-Savart Law with Applications. Ampere's Law with Applications. Magnetic Field of Coils. Example: Force between Wires. Magnetic Flux and Maxwell's Equations.
Chapter 31 Faraday's Law Laws of Faraday and Lenz. Motional Emf. Faraday Induction with Concentric Solenoids. Induction Example with both the Field and Loop Area Changing. Induction Application: Dynamic Braking and Hybrid Cars. Induction Application: Magnetic Rail Gun
Chaper 32 Inductance Concept of Self Inductance with an Example. Resistor - Inductor Circuits. Mutual Inductance with an Example.