A law that states that the force between two charges is directly proportional to the product of the charges and inversely proportional to the square of the distance between them.
Electric Charge: The concept of electric charge and its properties, including the types of charges, charge conservation, and the principle of superposition.
Electric Field: The electric field and its properties, such as the direction and magnitude of electric field vectors, the Coulomb force, and its relationship to electric charge distribution.
Electric Potential: Electric potential and its properties, including the voltage difference, electric potential energy, and its relationship to electric field.
Electric Potential Energy: The concept of electric potential energy and its relationship to the distance between two charged objects, as well as its dependence on the magnitude and signs of the charges involved.
Electric Flux: The electric flux and its properties, including the Gauss's law and the use of Gauss's law to calculate the electric field due to a charge distribution.
Coulomb's Law: The Coulomb's law and its properties, including the relationship between the force of attraction or repulsion and the distance between two charged objects, as well as its dependence on the magnitude and signs of the charges involved.
Electric Dipole: The concept of electric dipole moment and its relationship to Coulomb forces, the electric field, and the torque on a dipole placed in an electric field.
Conductors and Insulators: The properties of conductors and insulators, including the concepts of electric field lines and equipotential surfaces, as well as the principles of electrostatic shielding and charge distribution on conductors.
Electrostatic Potential and Capacitors: The concept of electrostatic potential and its usefulness in the electrical engineering field, including the parallel plate capacitor and its capacitance calculation, as well as a dielectric material's impact on capacitance.
Charge Distributions and Electric Fields: Charge distribution on surfaces and within volumes, the resulting electric field, and charge density calculations.
Magnetism: Overview of magnetic fields and short discussions of related concepts, such as the Hall effect.