Network Topologies Quiz FA 1

What is a network topology?

• The color of the cables used in the network

• The number of devices connected to the network

• The arrangement of computers, cables, and devices in a computer network

• The speed of the internet connection

In a Bus Topology, how are all devices connected?

• Devices are connected to many other devices in the network

• All devices are connected to a single cable called a bus

• Devices are connected in a circular ring

• Each device is connected directly to a central hub

What is a disadvantage of the Bus Topology?

• Easy to expand by joining two cables together

• If the main cable fails, the whole network stops working

• Relatively inexpensive to set up

• Commonly used in large networks

How does data travel in a Ring Topology?

• Data travels through a central hub

• Data travels in both directions around the ring

• Data travels in a mesh network

• Data travels in one direction around the ring

What is an advantage of the Star Topology?

• Requires more cable than the bus topology

• The central hub is a single point of failure

• Installation can be expensive

• Good option for modern networks

In a Mesh Topology, how are devices connected?

• Each device is connected to many other devices in the network

• Devices are connected to many other devices in the network

• Devices are connected in a circular ring

• Devices are connected to a central hub

What is a disadvantage of the Mesh Topology?

• Easy to find and fix problems

• Provides good security and privacy

• Difficult to set up and configure

• Each connection can carry its own data

Which real-world application often uses a Star Topology?

• Home Networks

• School Computer Labs

• The Internet

• Large Offices

What factor do network designers consider when deciding on a topology?

• The color of the cables

• The brand of the devices

• The size of the network

• The number of devices connected

What is the conclusion about network topologies?

• Each topology has its strengths and weaknesses

• There is a one-size-fits-all solution

• Network topologies are not important

• Network designers do not need to consider any factors