WorksheetsI, V & R in Series/Parallel
Total questions: 16
Worksheet time: 23mins
The current through each bulb in a series circuit...
adds up to the total current
is the same as the total current
The voltage across each bulb in a series circuit...
is the same as the supply voltage
adds up to the supply voltage
The current through each branch of a parallel circuit...
is the same as the total current
adds up to the total current
The voltage each branch of a parallel circuit...
is the same as the supply voltage
adds up to the supply voltage
Which equation would you use to calculate total resistance in a series circuit?
Rtotal = R1 + R2 + ...
Rtotal = R1 x R2 x ...
1/Rtotal = 1/R1 + 1/R2 + ...
Which equation would you use to calculate total resistance in a parallel circuit?
Rtotal = R1 + R2 + ...
Rtotal = R1 x R2 x ...
1/Rtotal = 1/R1 + 1/R2 + ...
In the circuit pictured, how much current flows through Bulb 1?
1.5A
3A
6A
we aren't given enough information to work this out
In the circuit pictured, how much current flows through Bulb 2?
1.5A
3A
6A
we aren't given enough information to work this out
In the circuit pictured, what is the voltage across Bulb 2?
3.5V
4V
8V
we aren't given enough information to work this out
In the circuit pictured, how much current is flowing through Bulb 1?
1A
2A
3A
we aren't given enough information to work this out
In the circuit pictured, what is the voltage across Bulb 1?
2V
3V
6V
we aren't given enough information to work this out
In the circuit pictured, what is the voltage across Bulb 2?
2V
3V
6V
we aren't given enough information to work this out
Using V = IR, find the resistance of Bulb 1
0.67Ω
1.5Ω
13.5Ω
we aren't given enough information to work this out
Using V=IR, find the resistance of Bulb 2
0.17Ω
3Ω
6Ω
we aren't given enough information to work this out
Using V = IR and the appropriate equation for Rtotal, find the total resistance of the circuit (round to 2 dp - you do not need to include the unit)
(a)
Using V = IR and the appropriate equation for Rtotal, find the total resistance of the circuit (round to 2 dp - you do not need to include the unit)
(a)
