The energy is shared equally be all electrons
K shell electrons
Inward, then outward
Outward, then inward
Area, weight, and state material
Area, temperature, and type of material
Temperature, weight, and state of material
Temperature, type of material, and state of material
I3 = 5 AMPS AND IT = 14 AMPS
I3 = 4 AMPS AND IT = 9 AMPS
I3 = 4 AMPS AND IT = 18AMPS
Not enough information to solve
E3 = 9 VOLTS AND E1 = 12 VOLTS
E3 = 9 VOLTS AND E1 = 3 VOLTS
E3 = 3 VOLTS AND E1 = 6 VOLTS
E3 = 3 VOLTS AND E1 = 9 VOLTS
An open causes resistance to decrease; a short causes resistance to increase.
Excessive current flow in an open circuit; no current flown in a shorted component.
No current flow in an open circuit; excessive current flow in a shorted component.
Minimum voltage development across the open component; maximum voltage development across the shorted component
Current is zero when voltage is zero; voltage is maximum when current is maximum
Current is maximum when voltage is zero; voltage is maximum when current is zero.
If current decreases, voltage aids the decrese.
If current increses, voltage aids the increase
Primary and secondary induction
Electrons are distorted and scattered
Electrostatic force between the plates decreses
Current leads applied voltage by 90 degrees.
Applied voltage leads current by 90 degrees.
Has the ability to conduct in one direction and not the other.
Has the ability to conduct in all directions when gated or discharged.
Alternatin current (AC) and direct current(DC)
Is a five-terminal device
Is a three-terminal device
Has the ability to conduct in one direction and not the other
Has the ability to conduct in all directions when gated or discharged
Not allowing current to flow