Star Topology Quiz

In a star topology, how are all the network devices connected?

• Each device is connected directly to every other device.

• Each device is connected to a central hub or switch.

• Devices are connected in a circular layout.

• Devices are connected in a linear sequence.

What is the primary advantage of using a star topology in a network?

• It requires less cable compared to other topologies.

• It does not require any network switches or hubs.

• Failure of one device does not affect the rest of the network.

• Data can be transmitted directly from one device to another without passing through a central node.

Which component is crucial for a star topology to function?

• Router

• Network Interface Card (NIC)

• Hub or Switch

• Firewall

What happens if the central hub or switch fails in a star topology?

• Only the device directly connected to the hub or switch will fail.

• The entire network goes down.

• The network automatically reconfigures to bypass the failed hub or switch.

• Only half of the network goes down.

How does a star topology improve network performance?

• By allowing direct communication between devices.

• By reducing the distance data must travel.

• By centralizing network management.

• By preventing data collisions.

In a star topology, what type of cable is commonly used to connect devices to the central hub or switch?

• Coaxial

• Fiber optic

• Twisted pair

• HDMI

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

• It is difficult to troubleshoot.

• It requires more cable than a ring or bus topology.

• It cannot be used for large networks.

• It does not support high-speed networking.

How does a star topology network handle data collisions?

• By using a token passing protocol.

• By employing collision detection mechanisms in the hub or switch.

• By having a backup hub or switch take over.

• Data collisions do not occur in a star topology.

What is the maximum length of cable allowed between a device and the central hub or switch in a star topology to ensure optimal performance?

• 100 meters

• 200 meters

• 500 meters

• There is no limit.

Which of the following scenarios is best suited for a star topology?

• A small office with limited space and budget.

• A large data center requiring high-speed connections and reliability.

• A temporary setup for a trade show or exhibition.

• An outdoor event covering a large area.