Downloaded 24 times
Uploaded byAbhinay Potlabathini
Emf applications
This document outlines the topics covered in 6 units of an electrostatics course. Unit 1 covers electrostatic fields, Coulomb's law, electric field intensity, electric potential, Gauss's law, and Maxwell's first equation. Unit 2 discusses electric dipoles, conductors, and Ohm's law. Unit 3 introduces dielectrics, capacitance, and magnetostatics. Unit 4 applies Ampere's law. Unit 5 examines magnetic dipoles and magnetic potential. Unit 6 focuses on self and mutual inductance, Faraday's law, Maxwell's fourth equation, and the Poynting theorem.
More Related Content
Emf applications
- 1. UNIT 1 ELECTROSTATICS • ELECTROSTATICFIELD • COULOMB’S LAW • ELECTRIC FIELD INTENSITY • ELECTRIC POTENTIAL ( potential gradient) • GAUSS’S LAW (also its applications) • MAXWELL’S FIRST EQUATION
- 2. UNIT 2 ELECTRIC DIPOLEAND CONDUCTORS •DIPOLE MOMENT •POTENTIAL AND EFI DUE TO DIPOLE •TORQUE ON ELECTRIC DIPOLE •ENERGY STORED IN STATIC ELECTRIC FIELDS •CONDUCTOR BEHAVIOR IN ELECTRIC FIELDS •CONDUCTORS AND INSULATORS •CONDUCTION AND CONVECTION CURRENT DENSITIES •OHM’S LAW IN POINT FORM •EQUATION OF CONTINUTY
- 3. UNIT 3 DIELECTRICS ,CAPACITANCES & MAGNETO STATICS •CONDUCTORS AND DIELECTRICS •BOUNDARY CONDITIONS •POLARIZATION •CAPACITANCE CALCULATION •BIOT SAVART’S LAW •MAGNETIC FILED INTENSITY •MAXWELL’S SECOND EQUATION •MAGNETIC FORCE CALCULATIONS
- 4. UNIT 4 AMPERE’S CIRCUITLAW •AMPERE’S CIRCUTIAL LAW APPLICATIONS •POINT FORM OF AMPERE’S LAW •MAXWELL’S THIRD EQUATION •MFI CALCULATIONS •LORENTZ FORCE EQUATION
- 5. UNIT5 MAGNETIC DIPOLE ANDMAGNETIC POTENTIAL • MAGNETIC DIPOLE MOMENT • CURRENT AND TORQUE DUE TO MAGNETIC DIPOLE • SCALAR MAGNETIC POTENTIAL & ITS LIMITATIONS • VECTOR MAGNETIC POTENTIAL & ITS LIMITATIONS • POISSON’S EQUATION
- 6. UNIT 6 SELF ANDMUTUAL INDUCTANCE • TIME VARYING FIELDS • FARADAY’S LAW • MAXWELL’S FOURTH EQUATION • NEUMAN’S FORMULA • SELF AND MUTUAL INDUCTANCE CALCULATIONS • DISPLACEMENT CURRENT • POYNTING THEOREM • POYNTING VECTOR
- 7. UNIT 6 SELF ANDMUTUAL INDUCTANCE • TIME VARYING FIELDS • FARADAY’S LAW • MAXWELL’S FOURTH EQUATION • NEUMAN’S FORMULA • SELF AND MUTUAL INDUCTANCE CALCULATIONS • DISPLACEMENT CURRENT • POYNTING THEOREM • POYNTING VECTOR