Comparing Mesh and Star Networks

Which of the following is a key advantage of a mesh network topology?

• It is the cheapest to install.

• It provides high redundancy and reliability.

• It requires the least amount of cabling.

• It is the easiest to expand.

What is a major disadvantage of a star network topology?

• If one device fails, the whole network fails.

• It is difficult to add new devices.

• If the central hub fails, the whole network is affected.

• It requires the most cabling of all topologies.

In a mesh network, how are devices typically connected?

• Each device is connected to a central hub only.

• Each device is connected to every other device.

• Devices are connected in a ring.

• Devices are connected in a straight line.

Which of the following is NOT an advantage of a mesh network?

• High fault tolerance

• Easy to identify faults

• Minimal cabling required

• Data can be transmitted simultaneously

Which network topology is most affected if the central device fails?

• Mesh

• Bus

• Star

• Ring

Which of the following best describes the cost of implementing a mesh network compared to a star network?

• Mesh networks are generally less expensive.

• Star networks are generally more expensive.

• Mesh networks are generally more expensive.

• Both cost the same.

Which of the following is a disadvantage of a star network?

• Difficult to troubleshoot

• Requires a lot of cabling for large networks

• Data collisions are common

• All devices must be wireless

Which network topology is best suited for environments where high reliability is required?

• Star

• Mesh

• Bus

• Ring

In a star network, what is the role of the central device?

• It stores all the data.

• It acts as a repeater for data flow.

• It connects all devices and manages communication.

• It provides internet access only.

Which of the following is a reason why mesh networks are considered reliable?

• They use wireless connections only.

• There are multiple paths for data to travel.

• They require less maintenance.

• They have a single point of failure.