NCATT AET EXAMINATION TEST 2026
COMPLETE QUESTIONS WITH VERIFIED
SOLUTIONS
⩥ Faraday's Law. Answer: current will flow in a circuit provided there is
electrical difference in potential and there is a path for it to flow
⩥ Loads slow current by. Answer: applying resistance
⩥ Current flows from. Answer: negative to positive
⩥ Atoms. Answer: represent the smallest elements that exist in nature
⩥ Atoms are made up of. Answer: protons, neutrons and electrons
⩥ Nucleaus. Answer: center of the atom
⩥ Electrons travel. Answer: at the speed of light
⩥ Protons. Answer: positively charged subatomic particles
⩥ Protons contain. Answer: a positive electrical potential
,⩥ Protons positive charge. Answer: affect the orbits of the electrons
⩥ Neutrons are. Answer: neutral subatomic particles
⩥ Neutrons are not involved. Answer: in the conduction of electricity
⩥ Electron's charge. Answer: is negative
⩥ The speed of rotation combined with electrical potential. Answer:
keeps the electrons in their orbits
⩥ The attraction of opposite charges. Answer: holds the electron in its
orbit
⩥ Conductors. Answer: easily permit the movement of electrons from an
electrical source to a load and back to the electrical source with a
minimum of resistance
⩥ First two inner orbits. Answer: make up the atomic number for the
element
,⩥ During conductance an extra valence electron. Answer: flows into the
next atoms valance orbit
⩥ Good conductors. Answer: Only those elements that dont hang on to
their valence electrons
⩥ Good Insulators. Answer: Elements that don't give up valance
electrons no matter what force is applied
⩥ lators. Answer: a material or device used to prevent the passage of
heat, electricity or sound from one medium to another
⩥ Examples of insulators. Answer: Glass, Mica, Silica
⩥ Air. Answer: can be a good insulator but will spark when enough
electrical force is applied
⩥ Static Electricity. Answer: an electrical charge that may be built up on
a non-conductive surface by friction
⩥ Static electricity serves. Answer: no useful purpose in aviation and
cost millions of dollars in damage every year
, ⩥ Voltage. Answer: electric potential energy per unit charge measured in
joules per coulomb
⩥ Coulomb. Answer: basic unit of electrical quantiy
⩥ Coluomb is equal to. Answer: 6.28 billion-billion electrons
⩥ Coluomb is the. Answer: actual count of electrons in a unit of measure
⩥ Joule. Answer: amount of electrons in a suspended state as compared
to some electrons in an adjacent part of the circuit
⩥ Electromotive Force. Answer: is the force required to move an
electron measured in volts
⩥ EMF. Answer: is the force required to cause one amp of the current of
flow through one ohm of reistance
⩥ Mechanical, Chemical, Friction. Answer: three methods used to
generate EMF
⩥ Volt. Answer: basic unit of measure of electrical pressure
COMPLETE QUESTIONS WITH VERIFIED
SOLUTIONS
⩥ Faraday's Law. Answer: current will flow in a circuit provided there is
electrical difference in potential and there is a path for it to flow
⩥ Loads slow current by. Answer: applying resistance
⩥ Current flows from. Answer: negative to positive
⩥ Atoms. Answer: represent the smallest elements that exist in nature
⩥ Atoms are made up of. Answer: protons, neutrons and electrons
⩥ Nucleaus. Answer: center of the atom
⩥ Electrons travel. Answer: at the speed of light
⩥ Protons. Answer: positively charged subatomic particles
⩥ Protons contain. Answer: a positive electrical potential
,⩥ Protons positive charge. Answer: affect the orbits of the electrons
⩥ Neutrons are. Answer: neutral subatomic particles
⩥ Neutrons are not involved. Answer: in the conduction of electricity
⩥ Electron's charge. Answer: is negative
⩥ The speed of rotation combined with electrical potential. Answer:
keeps the electrons in their orbits
⩥ The attraction of opposite charges. Answer: holds the electron in its
orbit
⩥ Conductors. Answer: easily permit the movement of electrons from an
electrical source to a load and back to the electrical source with a
minimum of resistance
⩥ First two inner orbits. Answer: make up the atomic number for the
element
,⩥ During conductance an extra valence electron. Answer: flows into the
next atoms valance orbit
⩥ Good conductors. Answer: Only those elements that dont hang on to
their valence electrons
⩥ Good Insulators. Answer: Elements that don't give up valance
electrons no matter what force is applied
⩥ lators. Answer: a material or device used to prevent the passage of
heat, electricity or sound from one medium to another
⩥ Examples of insulators. Answer: Glass, Mica, Silica
⩥ Air. Answer: can be a good insulator but will spark when enough
electrical force is applied
⩥ Static Electricity. Answer: an electrical charge that may be built up on
a non-conductive surface by friction
⩥ Static electricity serves. Answer: no useful purpose in aviation and
cost millions of dollars in damage every year
, ⩥ Voltage. Answer: electric potential energy per unit charge measured in
joules per coulomb
⩥ Coulomb. Answer: basic unit of electrical quantiy
⩥ Coluomb is equal to. Answer: 6.28 billion-billion electrons
⩥ Coluomb is the. Answer: actual count of electrons in a unit of measure
⩥ Joule. Answer: amount of electrons in a suspended state as compared
to some electrons in an adjacent part of the circuit
⩥ Electromotive Force. Answer: is the force required to move an
electron measured in volts
⩥ EMF. Answer: is the force required to cause one amp of the current of
flow through one ohm of reistance
⩥ Mechanical, Chemical, Friction. Answer: three methods used to
generate EMF
⩥ Volt. Answer: basic unit of measure of electrical pressure
