INSTALLER TECHNICIAN "EXPLORING ELECTRONS
AND ELECTRICITY"
E) 0.02 amperes - Answer -20 milliamperes is the same as ________. (Remember, 1
milliampere = 0.001 ampere.) A) 0.00002 ampere
B) 200 kA
C) 0.20 amperes
D) 2.0 mA
E) 0.02 amperes
C) Have very few valence electrons. - Answer -Elements that are called conductors
A) Do not give up their valence electrons very easily.
B) Electrical activity does not occur readily.
C) Have very few valence electrons.
D) Have a lot of valence electrons.
E) Permit very little free electron movement.
D) The measurement of the difference in potential between two charges. - Answer -The
term voltage normally refers to
A) The algebraic difference between the potentials at two points.
B) The amount of charge 6.28 x 10 to the power of 18 electrons produce.
C) The amount of electrons passing a given point in a wire.
D) The measurement of the difference in potential between two charges.
E) The heat produced by a current flowing through a resistance.
E) Indicates how many coulombs pass a given point during 1 second. - Answer -The
ampere
A) Indicates the amount of charge contained in 1 coulomb.
B) Indicates the amount of charge on an object.
C) Is a measured unit that indicates the difference in potential between two charges.
D) Is the basic unit of measurement of electron rotation.
E) Indicates how many coulombs pass a given point during 1 second.
D) The transfer of energy from valence electron to valence electron as a result of
applied charges. - Answer -Electric current is actually produced by
A) The movement of atoms through a conductor.
C) The free protons moving from one end of the conductor to the opposite end.
D) The transfer of energy from valence electron to valence electron as a result of
applied charges.
E) The random movement of positively charged particles in a material.
A) Third - Answer -The orbital shell that has a maximum electron capacity of 18
electrons is the ___________ shell.
A) Third
AND ELECTRICITY"
E) 0.02 amperes - Answer -20 milliamperes is the same as ________. (Remember, 1
milliampere = 0.001 ampere.) A) 0.00002 ampere
B) 200 kA
C) 0.20 amperes
D) 2.0 mA
E) 0.02 amperes
C) Have very few valence electrons. - Answer -Elements that are called conductors
A) Do not give up their valence electrons very easily.
B) Electrical activity does not occur readily.
C) Have very few valence electrons.
D) Have a lot of valence electrons.
E) Permit very little free electron movement.
D) The measurement of the difference in potential between two charges. - Answer -The
term voltage normally refers to
A) The algebraic difference between the potentials at two points.
B) The amount of charge 6.28 x 10 to the power of 18 electrons produce.
C) The amount of electrons passing a given point in a wire.
D) The measurement of the difference in potential between two charges.
E) The heat produced by a current flowing through a resistance.
E) Indicates how many coulombs pass a given point during 1 second. - Answer -The
ampere
A) Indicates the amount of charge contained in 1 coulomb.
B) Indicates the amount of charge on an object.
C) Is a measured unit that indicates the difference in potential between two charges.
D) Is the basic unit of measurement of electron rotation.
E) Indicates how many coulombs pass a given point during 1 second.
D) The transfer of energy from valence electron to valence electron as a result of
applied charges. - Answer -Electric current is actually produced by
A) The movement of atoms through a conductor.
C) The free protons moving from one end of the conductor to the opposite end.
D) The transfer of energy from valence electron to valence electron as a result of
applied charges.
E) The random movement of positively charged particles in a material.
A) Third - Answer -The orbital shell that has a maximum electron capacity of 18
electrons is the ___________ shell.
A) Third
