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The buildup of charges on an object is called
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
In a parallel circuit with three bulbs,
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
An object becomes charged when the atoms in the object gain or lose
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
A type of circuit that has loops within a loop are
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
The electric field lines around a neutral (no charge) object
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
Which of the following is NOT required to make a simple circuit?
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
If you are outside during a storm, the best way to protect yourself from lightning is to
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
In a series circuit with three bulbs,
electrons.
stay low and dry.
current from each bulb has its own path.
do not exist.
a parallel circuit.
all of the bulbs become dimmer as more bulbs are added.
switch
static electricity.
Check it!