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ELECTRODYNAMICS-1 NOTES BY HANDWRITTEN | part-II | FREE DOWNLOAD FOR 5TH SEMESTER |GCUF |
COURSE CONTENTS:
👉Magnetic dipole:
''an atom in which there is a resultant magnetic field behaves like a tinny magnet and is called a magnetic dipole.''
all magnetic effect may be due to circulating current (moving charges) a view first held by ampere.
👉magnetization
👉X component of magnetization
👉the magnetic field of a magnetized material
👉the field equation
👉boundary condition on the field vector
👉magnetic susceptibility and permittivity
👉paramagnetic
👉diamagnetic
👉Drift velocity:
''The average velocity of the population on a random motion is called drift velocity.''
we have some value in presence of the applied field
- if a charges positive it is a long field
- if a charge is negative it is against the field
👉Relaxation time:
''The relaxation line is the measure of how fast the conducting medium approaches electrostatic equilibrium i.e time required for a charge to decrease 1/e of its original value in a specified region.''
👉the magnetic field of Steady Current
👉magnetic induction
👉force on a current-carrying conductor
👉torque on a complete circuit
👉Biot Savart law:
''The total force on a closed current-carrying conductor in the presence of a magnetic field.''
👉the elementary application of the Biot and savart law
👉the magnetic field of a long straight current-carrying conductor
👉The axial magnetic field of a circular loop of wire carrying a current
👉Ampere's law:
'' It states that line integral of the magnetic field round of close path equal to the time the total current Through the close path''
👉magnetic vector potential
👉the expression for the magnetic vector potential
👉magnetic scalar potential
👉the magnetic field of a distant current
👉electric current
👉conduction and current
👉CONDUCTION:
''Moving charges constitutes a current and the process in which charge is transported is called conduction.''
👉CHARGES:
''Therefore current is defined as the rate at which charge is transported through a given surface on a conducting system.''
👉nature of current
👉current density
👉equation of continuity
👉conductivity
👉ohm's law
👉study current in continuous media
👉boundary conditions
👉approaches to an electrostatic equilibrium of conductor
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