Understanding Series Circuits Quiz
Understanding Series Circuits Quiz
Test your knowledge of electrical concepts with our engaging quiz on series circuits! Dive into questions about current, resistance, and voltage as you explore how these elements interact in electrical systems.
This quiz is perfect for students seeking to reinforce their understanding or teachers looking for a fun assessment tool.
- 12 challenging questions
- Multiple-choice format
- Score your understanding instantly
As the current moves through each resistor in a series circuit, the amount of __________________________ in the circuit changes.
Electric current
Electric Kinetic Energy
Resistance
Electric charge
What causes the voltage to change after the current flows through a resistor?
Voltage changes because the resistance changes.
Voltage changes because energy is being used by the resistor.
Voltage changes because the current slows down.
A series circuit contains a 6-volt battery and three bulbs with resistances of 1 ohms, 1.5 ohms, and 2 ohms. What is the total resistance in the series circuit?
4.5R
1.33ohms
4.5ohms
1.33R
Determine the current of a series circuit containing two 3-volt batteries and four bulbs with resistances of one ohm each.
0.75A
24A
1.5A
0.66A
Convert your answer from Question 4 to milliamps.
0.0015 milliamps
1500 milliamps
24000 milliamps
0.024 milliamps
660 milliamps
0.00075 milliamps
0.00066 milliamps
Use the following scenario to answer Questions #1-2. An electrical circuit contains a 6-volt battery, a 10 ohm bulb, a 20 ohm bulb, and a 10 ohm bulb.
Next page
Calculate the circuit’s current.
0.15 A
40 A
6.66 A
240 A
Calculate the voltage drop after the second resistor.
1.5 V
3A
3V
1.5A
What do we know about the current in a series circuit? Choose all that apply.
The amount of current increased when the amount of resistors decreased
The speed of the current stays the same at all parts in the circuit.
When the voltage decreases, the current also decreases.
When the voltage increases, the current also increases.
None of the above
All of the Above
What happens to the resistance as resistors are taken away in a series circuit?
The total resistance stays the same because there is still some resistance in the circuit.
The total resistance decreases when resistors are taken away.
The total resistance increases because the current can travel faster.
Is brandon cool
Yes
No
{"name":"Understanding Series Circuits Quiz", "url":"https://www.quiz-maker.com/QPREVIEW","txt":"Test your knowledge of electrical concepts with our engaging quiz on series circuits! Dive into questions about current, resistance, and voltage as you explore how these elements interact in electrical systems.This quiz is perfect for students seeking to reinforce their understanding or teachers looking for a fun assessment tool.12 challenging questionsMultiple-choice formatScore your understanding instantly","img":"https:/images/course6.png"}
More Surveys
Presentation- Genesis- IEEE ECU
1260
Reading
630
Feedback
5221
5th Grade Nonfiction Perspective
3240
Module review
5213
Late work policy that works for us!
4233
Lesson one
5230
Annika's English class
6337
Grade 2/3 Learner Profile
10515
Monster Anticipation Questions
9430
A& P End of the semester evaluation. 0=no 10=absolutely
14711
Perspectives for the Millennium
9429