Advanced concepts in Electrostatics and Electromagnetism (Theory) - Co-ordinate Systems and Vector Calculus, Electric and Magnetic Fields in matter, Electrodynamics
This tutorial contains theory, definitions and fomulas (only).
At this point, we start to explore electrostatics and electromagnetism in a more advanced manner, using Vector Calculus.
Polar Co-ordinates, Cylindrical Co-ordinate, Spherical Co-ordinates, Divergence , Laplacian, Curl and Grad .
Then we re-introduce the basic concepts in electrostatics represented in vector/vector calculus form. Poisson's and La-Place's equations.
Dielectrics, Magnetostatics and Magnetic ﬁelds in matter, Linear Dielectrics, Force on a dielectric, Energy of a dielectric.
Lorentz force, Continuity equation, Biot-Savart Law, Ampere’s Law, Magnetic Vector Potential, Force on a current carrying loop, Torque and magnetic dipole, Magnetization and Bound currents
Faraday's Law about current induced by changing ﬂux in a closed wire loop, Energy in magnetic ﬁeld, Displacement Current -
ﬁeld is also induced due to changing electric ﬁeld, Maxwell’s equations
Similar to the induced elecric ﬁeld due to changing magnetic ﬁeld, magnetic