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Ready to Shine? Review Your Knowledge from Section One

This is your moment to spark what you’ve learned and see how far you’ve come.

If you haven’t explored the lessons in Section One yet, we recommend starting with Start Learning and moving through the lessons in order. That way, you’ll build a solid foundation before testing yourself.

But if you’re curious and want to jump in to see how much you already know, you’re more than welcome to take this quiz right now. Let’s light up your knowledge and see it in action!

What Did You Learn?
Let’s Find Out!


Instructions

  • Select the correct answer for each technology concept.
  • All questions pertain directly to the networking technologies explained.
  • After answering, click “See Result” to see your score and feedback.
  • To successfully pass this quiz, you need to answer at least 80% of the questions correctly.
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Quiz: Review What You’ve Learned On Section One

Take a short self‑assessment to reinforce your understanding of the key networking concepts introduced in Section One. These questions are designed to help you review what you’ve learned so far and identify topics that may need more attention.

1 / 30

What design element improves both availability and reliability?

2 / 30

Why might a diagram show different interface types (Serial, FastEthernet, Gigabit)?

3 / 30

What term refers to varying delays in packet delivery?

4 / 30

What kind of service stores and distributes files such as backup images and configurations?

5 / 30

Which layout offers multiple routes for redundancy?

6 / 30

What does high availability indicate?

7 / 30

What is the purpose of a controller in a large wireless deployment?

8 / 30

Which component links several local devices so they can directly exchange information?

9 / 30

What is a key difference between physical and logical maps?

10 / 30

Which arrangement links every device to a single central device?

11 / 30

Why are standard communication rules necessary between networks?

12 / 30

What is the best description of a network in the context of computers?

13 / 30

Why is Quality of Service important in congested networks?

14 / 30

Which of these is a wide‑area implementation?

15 / 30

Which type of process transfers files without ongoing user involvement?

16 / 30

Which type of application is most sensitive to delay and packet loss?

17 / 30

What does the “/24” portion of “192.168.10.0/24” signify?

18 / 30

What hardware interface translates data from a computer into signals on a cable?

19 / 30

What measurement shows how many bits travel over a link each second?

20 / 30

How do diagrams help troubleshoot issues?

21 / 30

Why implement QoS on a busy network?

22 / 30

A legacy hub creates a physical star. Logically, it behaves like what?

23 / 30

Why do interactive apps require good response times?

24 / 30

What does an identifier like “Gi0/1” on a diagram represent?

25 / 30

Why do modern companies depend on networking technology?

26 / 30

What feature lets a network accept growth without hurting performance?

27 / 30

What does a small home or office network commonly connect through to reach a larger enterprise?

28 / 30

Which device decides how to forward data between separate networks?

29 / 30

How does a logical map differ from a physical map?

30 / 30

In which design does every device share the same backbone medium?

Your score is

The average score is 42%

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Next Stop: [Section 1 | Packet Tracer]

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