(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
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circuit in which the current is the same at every point
series circuit
An electric component that reduces the current in a circuit
region around a charge that exerts a force
electric field
Ohm's law
V=IR
opposite charges near each other will _____
attract each other
materials that do not allow electrons to easily flow
insulator
pressure provided by a power source that pushes electrons around a circuit
voltage
circuit in which the voltage is the same across each load
parallel circuit
Voltage
series circuit
has only one path for current to flow
A conductive path that electric current can flow through
build-up of electric charge on an object
static electricity
A voltage of 10V and resistance of 5 ohms needs how much current?
2amps
A material that resists the flow of electrons
possess negative charge
electrons
Circuit
transfer of electrons through contact
charging by conduction
What is a circuit?
A complete closed path for an electric current to flow
A current of 5A and resistance of 3ohms needs how many volts?
15V
materials that allow electrons to easily flow
conductor
Free!
A voltage of 7V and resistance of 14ohms needs how much current?
0.5amps
like charges near each other will _____
repel each other
movement of electrons from one point to another
electricity
A device powered by a 9V battery draws 2A of current. What is the resistance?
4.5 ohms
parallel circuit
has more than one path for current to flow
meaning of "static"
not moving
charging an object without contact
charging by induction
opposition a device has to the flow of current
resistance
Resistor
Insulator
potential difference
difference in energy between two points
the two types of charges
positive & negative
Conductor
A material that allows electrons to easily pass through it
Resistance
electric current
how much charge flows through a material every second
charging by "wiping" electrons from one object and transferring to another
charging by friction