Network Topologies MCQs With Answers

Which topology allows for easy detection and isolation of faults due to its straightforward structure?

In a ________ topology, data travels in only one direction around the loop.

________ topology is characterized by a central device that manages and controls the network.

In a ________ topology, each device has its own dedicated connection to the network.

________ topology uses a single central cable to which all network devices are connected.

Which topology is prone to collisions, leading to potential data packet loss?

________ topology uses a shared communication medium where devices can access the network when they have something to transmit.

________ topology is cost-effective and simple to implement but can be difficult to troubleshoot.

In a ________ topology, each device is connected to two other devices, forming a closed loop.

In a ________ topology, each device has a dedicated point-to-point connection to a central hub.

________ topology is ideal for small networks but becomes inefficient as network size increases.

________ topology uses a central node that controls the flow of data to other nodes in the network.

Which topology requires a termination at each end of the main cable to prevent signal reflection?

________ topology divides a network into segments connected by a central device.

Which topology provides redundancy and fault tolerance as data can take multiple paths?

________ is a network topology where each device is connected point-to-point to every other device.

In a ________ topology, the failure of one device does not affect the rest of the network.

In a ________ topology, the failure of the central hub affects the entire network.

Which topology uses a token passing protocol to control access to the network?

Which topology is commonly used in LANs and provides a centralized point of management?

________ topology is easy to install and manage but can suffer from a single point of failure.

________ topology can suffer from the bottleneck at the central hub if it fails.

________ topology is scalable and efficient but requires more cabling than other topologies.

________ topology is easy to extend by adding more devices without disrupting the network.

________ topology allows for easy troubleshooting and isolation of network issues.

________ topology is suitable for networks where each device needs to transmit data to all others.

In a ________ topology, if one device fails, it does not affect the rest of the network.

Which topology is cost-effective for small networks but may become complex to manage in large networks?

________ topology ensures that data can be transmitted in both directions around the loop.

In a ________ topology, adding new devices requires extending the main cable length.

In a ________ topology, adding or removing devices is straightforward and does not affect the rest of the network.

________ topology uses a series of interconnected devices where each device is connected to exactly two other devices.

Which topology provides high scalability by allowing additional devices to be added easily?

________ topology uses a common communication channel where data is broadcast to all network devices.

Which topology is highly reliable and provides better performance in terms of latency?

________ topology is used in Ethernet LANs where devices are connected to a central switching device.

________ topology is used in token ring networks where data circulates in a unidirectional manner.

________ topology is suitable for networks where each device needs to communicate directly with others.

Which topology requires less cable length compared to other physical topologies?

Which topology offers greater security because data is not broadcast to all devices?