Electrodynamics 1 complete handwritten notes pdf
for 5th semester
Topics Covered in given pdf
Chapter 01
Vector Analysis
definition
vectors
addition of two vectors
Subtraction of vector
Multiplication by scalar
Dot products of vectors
Cross product of vectors
vector Algebra: component form
Triple product
Scalar triple products
Vector triple products
Positon,Displacement and Separation vector
How vector transform
Differential Calculus
Gradient
Del operator
Divergence
Curl
Important product rules
Second Derivatives
Divergence of Gradient
Curl of Gradient is always zero
Gradient of Divergence
Divergence of Curl is always zero
Curl of curl
Integral Calculus
Line Integral
Surface Integral
Volume Integral
Fundamental theorem of Calculus
Fundamental theorem of Gradient
Fundamental theorem of Divergence
Fundamental theorem of Curl
Dirac Delta function (1-D AND 3-D)
The theory of vector field
The Helmholtz theorem
Potentials
Theorem 1 Curl-less or irrational field
Theorem 2 Divergence-less or solenoidal field
Chapter 2
Electrostatics
Coulumb's law
The electric field
Continuous Charge Distribution
Gauss law and its Applications
Divergence of E
Electric Potential
Potential obeys the superposition Principle
Possion's equation
Laplace equation
Potential of localized Charge Distribution
Work and Energy in Electrostatic
Energy of Charge distribution
Energy of continuous Charge distribution
Conductor
Capacitors
Chapter 3
Potentials
Laplace Equation
Laplace Equation in One dimension
Laplace Equation in two dimension
Laplace Equation in three dimension
Boundary condition and uniqueness theorem
First uniqueness theorem
Conductor and second uniqueness theorem
Method of images
Induced surface charge
force and energy
multipole expansion
The monopole and dipole terms
Origin of coordinates multipole expansion
Electric field of a dipole
Chapter 4
Electric field and matter
Dielectors
Induced dipole
Polarizability
Alignment of Polar molecules
Field of polarised object
Physical interpretation of bound charge
Field inside dielectric
Electric field displacement
Electric susceptibility
Boundary value problem with linear dielectrics
Energy and dielectric system
Force on dielectric
Chapter 5
Magnetostatics
Definition
Right hand rule
Lorentz Force
Magnetic field does not work
Cyclotron motion
Currents
Steady current
Magnetic field of Steady Current or biot Savart law
Divergence of magnetic field
Curl of magnetic field
Ampere's law
Comparison of magnetostatics and electrostatics
Magnetic vector potential
Magnetized boundary condition
Multipole expansion of vector potential
Electrodynamics 2 handwritten notes complete
Griffiths Electrodynamics chap #1 problems solutions
Solid State Physics 1 Complete handwritten notes
(rk puri vk babber & M A Wahab book)
Solid State Physics 2 Complete handwritten notes
(rk puri vk babber & M A Wahab book)
Solid State Physics chap # 1 problems solution
(rk puri vk babber solid state physics book)
Nuclear physics handwritten notes
Relativity and Cosmology handwritten notes
Classical Mechanics handwritten notes
Books
Solid State Physics by M A Wahab 3rd ed
Methods of Mathematical Physics by Syed Jamal Anwar
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