What does a logical topology define?

What does a logical topology define?

• A. How cables should connect.
• B. How data should transfer.
• C. Placement of network devices.
• D. Type of wiring.

Answer: (B)

A logical topology defines the way data is transferred within a network, independent of the physical layout of the connections and devices. It focuses on how data flows between different nodes and how logical connections are established, such as the protocols used for data transfer and the path the data takes across the network. In this context, understanding logical topology is crucial as it influences network performance and the efficiency of data transmission. It does not dictate how cables should physically connect or the specific placement of devices. While these elements are part of physical topology, they provide a more tangible view of the network's structure rather than its operational behavior. The logical aspect emphasizes the transmission and handling of data, ensuring that communication protocols facilitate effective interactions among devices on the network.

A logical topology defines the way data is transferred within a network, independent of the physical layout of the connections and devices. It focuses on how data flows between different nodes and how logical connections are established, such as the protocols used for data transfer and the path the data takes across the network.

In this context, understanding logical topology is crucial as it influences network performance and the efficiency of data transmission. It does not dictate how cables should physically connect or the specific placement of devices. While these elements are part of physical topology, they provide a more tangible view of the network's structure rather than its operational behavior. The logical aspect emphasizes the transmission and handling of data, ensuring that communication protocols facilitate effective interactions among devices on the network.