Physics for Information Science: Unit I: Electrical Properties of Materials

Success of Classical Free Electron Theory of Metals

Home | All Subjects | CSE Department | Physics for Information Science
Next >>

Success of classical free electron theory of metals verifies Ohms law. It explains the electrical and thermal conductivity of metals.

SUCCESS OF CLASSICAL FREE ELECTRON THEORY OF METALS

(i) It verifies Ohms law.

(ii) It explains the electrical and thermal conductivity of metals.

(iii) It is used to derive Wiedemann - Franz law.

(iv) The optical properties of metals can be explained using this theory.

Physics for Information Science: Unit I: Electrical Properties of Materials : Tag: : - Success of Classical Free Electron Theory of Metals

Home | All Subjects | CSE Department | UNIT: Physics for Information Science
Next >>

Related Topics


Introduction of Electrical Properties of Materials

Electron Theory of Metals

Classical Free Electron Theory of Metals

Conduction in Metals-Mobility and Conductivity

Expression for Electrical Conductivity - Definition, Unit, Formula

Thermal Conductivity - Definition, Unit, Formula

Expression for Thermal Conductivity - Formula, Unit, Equation

Wiedemann - Franz Law and Lorentz Number - Value, Theory, Law, Proof, Formula

Differences Between Electrical and Thermal Conductivity

Similarities Between Electrical and Thermal Conductivity of Metals

Success of Classical Free Electron Theory of Metals

Failures of Classical Free Electron Theory

Quantum Theory of Electrons in Metals

Particle in a Three Dimensional Potential Box - Electrical Properties of Materials

Degeneracy and Non-Degeneracy - Definition, Example | Electrical Properties of Materials

Related Subjects


Physics for Information Science

Physics for Information Science

PH3256 2nd Semester CSE Dept | 2021 Regulation | 2nd Semester CSE Dept 2021 Regulation