A) Tensile strength B) Cross sectional area C) Weight of the metal D) Length of the wire
A) Square inches B) Circular mils C) Square millimetres D) American wire gauge
A) Square millimetres B) Square centimetres C) Circular kilometres D) American wire gauge
A) American wire gauge B) Square inches C) Circular mils D) Square millimetres
A) The amount of current a conductor can carry B) The melting point of the insulation C) The total resistance of a material D) The weight of the conductor
A) Resistance and current are not related B) Higher resistance allows for larger current C) Current capacity is independent of resistance D) Lower resistance allows for larger current
A) Voltage and frequency B) Temperature and altitude C) Material and size D) Color and length of insulation
A) It does not change resistance B) It creates infinite resistance C) It results in less resistance D) It results in more resistance
A) The point at which the conductor melts B) The insulation rating C) The magnetic field strength D) The voltage drop
A) 40 °C B) 100 °C C) 80 °C D) 60 °C
A) To prevent voltage spikes B) To preserve the copper's color C) To prevent fire risks from overheating D) To increase the wire's length
A) PVC and rubber B) Plastic and cardboard C) Teflon or fiberglass D) Foam and paper
A) Current is in the same direction as the applied electric field B) Current is perpendicular to the electric field C) Current flows in the opposite direction D) Current does not flow
A) Current is in a different direction from the applied electric field B) Current is in the same direction C) The resistance is zero D) No current flows
A) IET B) Oliver Heaviside C) William Henry Preece D) ASTM
A) ASTM B) William Henry Preece C) IET D) Oliver Heaviside
A) Institution for Engineering and Technology B) American Society for Testing and Materials C) The Electrical Safety Board D) The National Electric Code
A) Atomic nuclei B) Electrons C) Protons D) Neutrons
A) Coulomb's law B) Drude model C) Ohm's law D) Ampere's law
A) Increases B) Remains constant C) Becomes zero D) Decreases
A) Inversely proportional B) Exponentially related C) Directly proportional D) Resistance is independent of area
A) Amperes per square meter B) Siemens per meter C) Volts per meter D) Ohms per meter
A) Skin effect B) Proximity effect C) Electron scattering D) Thermal expansion
A) Ions B) Protons C) Phonons D) Photons
A) Silver B) Annealed copper C) Gold D) Aluminum
A) Piezoelectric effect B) Hall effect C) Skin effect D) Proximity effect
A) Summative B) None of the above C) Directly equal D) Reciprocals |