Network Topology Quiz: Star, Mesh, Bus Or Ring?

1. Which topology arrangement allows for easy network expansion without disrupting existing connections?

Bus

Ring

Star

Full mesh

2. Which topology offers redundant paths, making it ideal for mission-critical networks that cannot afford downtime?

Bus

Star

Mesh

Ring

Submit

4. In a bus topology, devices share a single transmission medium. What problem can occur when multiple devices transmit simultaneously?

Collision of data frames

Automatic error correction

Signal amplification

Bandwidth expansion

5. Which topology is rarely used in modern networks due to high cabling costs and complexity?

Star

Bus

Full mesh

Ring

Submit

7. In a star topology, what is the main advantage for network management and monitoring?

All traffic passes through one point for easy monitoring

Devices manage themselves independently

Multiple redundant paths exist

Cabling is minimized throughout the network

8. Which topology minimizes latency by providing direct paths between critical devices?

Bus

Star

Partial mesh

Ring

Submit

10. In network design, which topology typically offers the best balance between cost and redundancy?

Bus topology

Partial mesh topology

Full mesh topology

Ring topology

11. In a star topology, all devices connect to a central point. What is this central device typically called?

Switch or hub

Router

Gateway

Repeater

Submit

13. In a ring topology, if one device fails and the ring is not redundant, what occurs?

Only adjacent devices are affected

The entire network loses connectivity

Data reroutes through the hub

Other devices continue unaffected

14. Which topology requires the least amount of cabling to connect all devices?

Full mesh

Ring

Bus

Star with many devices

15. A star topology has a single point of failure at the central device. What is this called?

Bottleneck

Single point of failure

Network congestion

Cascade failure

16. In a partial mesh topology, not all devices are interconnected. What is a key advantage over full mesh?

Lower cost and reduced cabling

Faster data transmission

Simplified device configuration

Elimination of all single points of failure

17. Which topology is most commonly used in modern office networks and LANs?

Bus topology

Star topology

Ring topology

Full mesh topology

18. A ring topology connects devices in a circular pattern. How does data typically travel in this configuration?

In multiple directions simultaneously

From the central hub outward

In one direction around the ring

Along the longest available path

19. In a bus topology, what happens when a single cable segment fails?

Only one device loses connection

The entire network is divided

Data automatically reroutes

The central hub compensates

20. Which topology provides the highest fault tolerance because every device has a direct link to every other device?

Star

Bus

Mesh

Ring

Network Topology Quiz: Star, Mesh, Bus or Ring?

1. Which topology arrangement allows for easy network expansion without disrupting existing connections?

2.

What first name or nickname would you like us to use?

2. Which topology offers redundant paths, making it ideal for mission-critical networks that cannot afford downtime?

3. A _____ topology uses a central device (switch or hub) through which all data must pass.

4. In a bus topology, devices share a single transmission medium. What problem can occur when multiple devices transmit simultaneously?

5. Which topology is rarely used in modern networks due to high cabling costs and complexity?

6. A _____ topology connects all devices to a single central cable, creating a linear arrangement.

7. In a star topology, what is the main advantage for network management and monitoring?

8. Which topology minimizes latency by providing direct paths between critical devices?

9. A _____ topology consists of devices arranged in a closed loop where data travels in one direction.

10. In network design, which topology typically offers the best balance between cost and redundancy?

11. In a star topology, all devices connect to a central point. What is this central device typically called?

12. A mesh topology where every device connects to every other device is called _____ mesh.

13. In a ring topology, if one device fails and the ring is not redundant, what occurs?

14. Which topology requires the least amount of cabling to connect all devices?

15. A star topology has a single point of failure at the central device. What is this called?

16. In a partial mesh topology, not all devices are interconnected. What is a key advantage over full mesh?

17. Which topology is most commonly used in modern office networks and LANs?

18. A ring topology connects devices in a circular pattern. How does data typically travel in this configuration?

19. In a bus topology, what happens when a single cable segment fails?

20. Which topology provides the highest fault tolerance because every device has a direct link to every other device?