Statically induced emf
Mutually induced emf
Self induced emf
Dynamically induced emf
A. Statically induced emf
5 Wb
0.5 Tesia of flux density
5x 10^-5 Wb of flux
5000 Tesia of flux density
Mutually induced emf
Dynamically induced emf
Statically induced emf
Self induced emf
10 Wb
50 T
1000 A t/m
1000,t
8.854 × 10^-12
4 × 10^7
Skin effect
Magnetic effect
Hall effect
Flywheel Effect
Inclusion principle
Exclusion principle
Quantum principle
Electron principle
a semiconductor
a conductor
an insulator
a semi-insulator
protons and electrons
neutrons and electrons
neutrons and positrons
atoms
Greatly decreased
Greatly increased
Slightly decreased
Slightly increased
Tesia
Weber
Ampere- turn
Maxwell
scalar
phasor
vector
variable
Michael Faraday
Andre Ampere
Hans Christian Oersted
Gustav Robert Kirchhoff
Leftover magnetism
Hysteresis
Residual magnetism
Coercivity
Hans Christian Oersted
Sir Charles Wheatstone
Georg Ohm
James Clerk Maxwell
Luigi Galvani
Hans Christian Oersted
Andre Ampere
Charles Coulomb
T he area of the loop
The magnitude of the field
The shape of the loop
The angle between the plane of the loop and the direction
Left hand cork screw rule
Right hand cork screw rule
Left hand rule
Right hand rule
Radio frequency
Audio frequency
Power supply
Power transformer
diamagnetic
paramagnetic
ferromagnetic
non-magnetic
scalar
phasor
vector
variable
Real axis
Cartesian axis
Magnetic axis
Imaginary axis
Paramagnetic
Non- magnetic
Ferromagnetic
Diamagnetic
Magnetic field intensity
Electric field intensity
Electromagnetic field intensity
Intensity magnetization
Crystalline solid
Amorphous solid
Polycrystalline solid
Poly amorphous solid
Magnetic field
Electric field
Electromagnetic field
Free Space Field
Curie temperature
Inferred absolute temperature
Room temperature
Absolute temperature
3.2 × 10^-8 ?-m
1.6 × 10^-8 ?-m
0.64 × 10^-8 ?-m
0.16 × 10^-8 ?-m
deficit of electrons
excess of neutrons
excess of electrons
deficit of protons
4 × 10^7F/m
4 × 10^-6 F/m
8.854× 10^-11 F/m
8.854 × 10^-12 F/m