10 Wb
50 T
1000 A t/m
1000,t
D. 1000,t
R esistance
Conductance
Permeance
I nductance
Conductor
Semiconductor
Insulator
Semi- insulator
Radio frequency
Audio frequency
Power supply
Power transformer
Retentivity
Reluctivity
Resistivity
Conductivity
5 × 10^-5 N/Wb
500 × 10^3 N/Wb
4 × 10^7N/Wb
4 × 10^7N/Wb
Conductance
Reluctance
Admittance
Resistance
Silicon dioxide is a good
The current carriers in conductors are valence electrons
For conductorsa the valence electron are strongly attracted to the nucleus
The valence electrons are located in the nucleus of an atom
Newton's first law
Faraday's first law of electromagnetic induction
Coulomb's first law
Coulomb's second law
Leftover magnetism
Hysteresis
Residual magnetism
Coercivity
Paramagnetic
Diamagnetic
Ferromagnetic
N on- magnetic
Newton's first law
Faraday's first law of electromagnetic induction
Coulomb's first law
Coulomb's second law
Slightly less than one
Equal to one
Slightly equal to one
Very much greater than one
6366 A, t/Wb
6000 A, t/Wb
8x10^-3 A, t/Wb
0.8 A, t/Wb
Number of turns of coil
Magnetomotive force
Flux density in the circuit
Current in the coil
free
valence
bound
thermionic
zero
negative
positive
infinite
Dielectric strength
Electric intensity
Potential gradient
Dielectric constant
mmf
magnetic force
reluctance
magnetic flux density
Crystalline solid
Amorphous solid
Polycrystalline solid
Poly amorphous solid
Coulomb's law
Joule's law
Faraday's law
Ohm's law
Mica
Paraffin
Porcelain
Oiled paper
directly proportional
independent of
inversely proportional to
equal to
Hans Christian Oersted
Sir Charles Wheatstone
Georg Ohm
James Clerk Maxwell
length
cross-sectional area
volume
nature and temperature
Tesia
Gilbert
Maxwell
Oersted
Wien's displacement law
Hartleys law
Hall's law
Wiedemann Franz law
Reluctivity
Susceptivity
Coercivity
Retentivity
Radiation effect
Edison effect
Skin effect
Half effect
Least permeability
Low permeability
Moderate permeability
High permeability