Covers core electrostatics concepts # 🧭 Index | Topics | Descriptions | | ----------------------------- | ----------------------------------------------------------------------------------------- | | [[Charge]] | Fundamental property of matter causing electric interactions | | [[Charge Density]] | Distribution of charge per unit volume, area, or length | | [[Closed Integral]] | Integral taken over a closed path or surface | | [[Conductors]] | Materials containing free charges that redistribute to cancel internal electric fields | | [[Conservation of Charge]] | Principle that the total electric charge in an isolated system remains constant over time | | [[Coulomb's Law]] | Force between two point charges | | [[Dipoles]] | Pairs of equal and opposite charges separated by a distance | | [[Electric Fields]] | Vector field to describe the electric force per unit charge at each point in space | | [[Electric Force]] | Force on a charge | | [[Electric Potential]] | Scalar field to describe the potential at a point in a space | | [[Electric Potential Energy]] | Energy stored by a charge in an electric potential | | [[Electrons]] | Subatomic particles with charge | | [[Equipotential Surfaces]] | Surfaces where electric potential $V$ is constant | | [[Flux]] | Measure of field through a surface | | [[Gauss's Law]] | Relates flux to enclosed charge | | [[Gaussian Surfaces]] | Imaginary closed surfaces chosen to exploit symmetry when applying Gauss’s Law | | [[Insulators]] | Materials whose charges are bound and cannot move freely | | [[Polarization of Charges]] | Alignment of bound charges in a dielectric under an external field | | [[Protons]] | Subatomic particles with charge | --- > 🗂️ You're browsing the Math & Matter Website . [Star it on GitHub](https://github.com/rajeevphysics/Obsidan-Thinkbook) to follow updates and support open learning. ---