increases
decreases
remains the same
becomes zero
A. increases
Gilbert
Ampere- turn
Maxwell
Weber
Retentivity
Reluctivity
Resistivity
Conductivity
624× 10^16
62.4 × 10^16
6.24 × 10^16
0.624 × 10^16
The current flow through space around a permanent magnet
The force set up when current flows through a conductor
The force that drives current through a resistor
The force between the plates of a charged capacitor
Conductor
Semiconductor
Magnet
All of the above
Hall effect
Grounding
Shielding
Limiting
8.854 × 10^-12
4 × 10^7
6000 turns
600 turns
167 turns
67turns
equal to
directly proportional to
inversely proportional to
directly proportional to the square root of
i/g
i × g
g/ i
i + g
Leading effect
Ratio
Equality
Lagging effect
mmf
magnetic force
reluctance
magnetic flux density
Phasor quantity
Physical quantity
Scalar quantity
Vector quantity
Diameter of the wire
Length of the wire
Orientation of the wire
Flux density of the field
electric instruments
motors
moving coils loudspeakers
magnetos
Skin effect
Magnetic effect
Hall effect
Flywheel Effect
Neutrons
Particles
Electrons
Atoms
Law of conservation of charge
Coulomb's first law
Coulomb's second law
Law of conservation of energy
Directly proportional to
Inversely proportional to
Directly proportional to the square of
Inversely proportional to the square of
Crystalline
Non- crystalline
Polycrystalline
Homogenous
Real axis
Cartesian axis
Magnetic axis
Imaginary axis
Lightning
Sparking
Aurora
Corona Effect
Conductor
Semiconductor
Insulator
Semi- insulator
Ionic
Covalent
Metallic
Van der Waals
deficit of electrons
excess of neutrons
excess of electrons
deficit of protons
Ferrites
Ferromagnetic
Diamagnetic
Paramagnetic
Joule's Law
Coulomb's Law
Faraday's first law of electromagnetic induction
Faraday's second law of electromagnetic induction
4 × 10^7F/m
4 × 10^-6 F/m
8.854× 10^-11 F/m
8.854 × 10^-12 F/m
5 V
18 V
45 V
15 V
Atomic packing factor (APF)
Ionic Packing Ratio (IPR)
Atomic compacting factor (ACF)
Ionic compacting ratio (ICR)