WorksheetsCircuits
Total questions: 38
Worksheet time: 32mins
Solve for the total resistance of the circuit shown
50 V
1970 ohms
705 K ohms
20 Amps
Solve for total Current in the circuit shown
25 Amps
35 amps
25 milliamps
35 milliamps
Solve for the current flowing through Resistor # 1
35 amps
25 amps
35 milliamps
25 milliamps
Solve for the voltage drop at resistor 1
38 volts
60 Kvolts
50 volts
25 volts
Voltage drop stands for what?
the voltage applied to a circuit
the voltage flowing through a resistor
the voltage used by a load
With three 10 resistors connected in series with a 30 volt power supply, the total circuit current will equal ____.
300 amps
1 amp
150 amps
1 millamp
The wattage value for any resistor is equal to ____.
I X R
E/R
I X E
I/R
Total series circuit wattage is equal to source voltage ____.
multiplied by the voltage value going through any resistor
multiplied by the current value going through any resistor
divided by the current value going through any resistor
divided by the voltage applied to the circuit and the total resistance of the circuit
Using the circuit shown solve for total power dissipated in this circuit.
20 watts
30 watts
1.8 Kilowatts
180 watts
The wattage being dissipated at R3 is ______________________________ W.
18
54
36
The voltage drop across R1 is ______________________________ V.
20
30
40
50
The wattage being dissipated at R2 is _______________ W.
27
12
15
36
When a resistor in a series circuit is replaced by another resistor with an increased resistance value, the total circuit current will __________.
stay the same
decrease
increase
double in value
This circuit has only one path for current to flow
series
parallel
combination
split
The formula I2 * R is used to find what?
Current
Voltage
Resistance
Power
The formula E2/R
Voltage
Current
Power
Resistance
__________ remains the same in a series circuit.
Resistance
Voltage
Current
Power
What is the total circuit resistance of the following five resistors connected in series?
R1 = 27 ohms
R2 = 33 ohms
R3 = 51 ohms
R4 = 1.2 kohms
R5 = 240 ohms
Rt = __________ Ohms
353.2
1551
1.9 K
What is the total circuit resistance of two 25 ohm resistors and three 75 ohm resistors connected in series?
100 ohms
200 ohms
275 ohm
175 ohms
What happens to total current in a series circuit when the total voltage stays the same, circuit resistance decreases, current will ____________.
increase
Stay the same
Decrease
Each battery is a 10-V battery. What is the voltage difference between points B and D?
10 V
20 V
30 V
40 V
In which configuration is the current supplied by the battery the greatest?
A
B
C
A, B, and C are the same.
In which configuration is the voltage supplied by the battery the greatest?
A
B
C
A, B, and C are the same.
In which configuration is the current through a single lightbulb the greatest?
A
B
C
A, B, and C are the same.
In which configuration is the voltage drop across a single lightbulb the greatest?
A
B
C
A, B, and C are the same.
In which configuration is the current supplied by the battery the greatest?
X
Y
Z
X, Y, and Z are the same.
In which configuration is the voltage supplied by the battery the greatest?
X
Y
Z
X, Y, and Z are the same.
In which configuration is the current through a single lightbulb the greatest?
X
Y
Z
X, Y, and Z are the same.
In which configuration is the voltage drop across a single lightbulb the greatest?
X
Y
Z
X, Y, and Z are the same.
CIrcuit elements connected in series have the same
voltage drop across them.
current through them.
power dissipation by them.
None of the above.
CIrcuit elements connected in parallel have the same
voltage drop across them.
current through them.
power dissipation by them.
None of the above.
100 Ω resistors are hooked in series. The equivalent resistance will be
less than 100 Ω.
100 Ω.
more than 100 Ω.
More information is needed.
100 Ω resistors are hooked in parallel. The equivalent resistance will be
less than 100 Ω.
100 Ω.
more than 100 Ω.
More information is needed.
1 Volt is the same as
1 Coulomb / second
1 Joule / Coulomb
1 Joule / second
1 Ampere is the same as
1 Coulomb / second
1 Joule / Coulomb
1 Joule / second
1 Watt is the same as
1 Coulomb / second
1 Joule / Coulomb
1 Joule / second
1 Volt / Ampere
The brightness of a lightbulb is most closely related to
its resistance.
the voltage drop across it.
the current through it.
the power dissipated by it.
1 Ohm is the same as
1 Coulomb / second
1 Joule / Coulomb
1 Joule / second
1 Volt / Ampere
