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WorksheetsChapter 6: Electricity
Total questions: 20
Worksheet time: 10mins
What allows electrons to move through it easily?
conductor
circuit
insulator
electric field
What is a closed path through which electrons flow?
circuit
resistance
electric current
conductor
What is the accumulation of electric charges on an object?
voltage difference
static electricity
electric current
circuit
Which circuit has more than one path?
series circuit
voltage difference
parallel circuit
electric field
What is the tendency of a material to oppose electron flow?
electric current
insulator
resistance
conductor
What object does not allow electricity to move through it easily?
resistance
conductor
insulator
electric current
What is the push that causes charges to move?
circuit
electric current
electric power
voltage difference
What surrounds electric charge and exerts a force on other charges.
electric power
electric field
electric current
electroscope
What is the rate at which electrical energy is changed to another energy form?
electric power
electric current
electric field
electroscope
What is the flow of electrons through a conductor?
electric current
electric field
electroscope
circuit
Which circuit follows only one path?
series circuit
parallel circuit
electric field
electric current
What is the unit of electrical energy?
watt hour
kilowatt min
kilowatt hour
watt min
Current is equal to the voltage difference of a circuit divided by its resistance describes what?
Ohm’s law
electroscope
lightning rod
electric power
A car battery is an example of what type of battery?
wet cell
dry cell
solar cell
electroscope
A metal rod that directs lightning directly to Earth is known as a what?
electroscope
lightning rod
insulator
voltage difference
A device that detects electric charges is known as a what?
electroscope
lightning rod
conductor
insulator
A flashlight battery is an example of what type of battery?
wet cell
dry cell
solar cell
electroscope
I=RV
What is the current (Amps)through the circuit shown above?
0.8 Amps
1.25 Amps
18000 Amps
30 Amps
What is the power (W) of the circuit above?
I=RV
0.0067 W
150 W
96 W
120 W
What is the energy of the circuit above in 4 hours?
**Convert Watts à kilo Watts (divide by 1000)
I=RV
P=IV
0.384 kWh
0.096 kWh
4 kWh
9216 kWh
