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If one link fails, the entire network can be disabled in ______.
- a)Mesh Topology
- b)Bus Topology
- c)Star Topology
- d)Bus and Ring Topology
Correct answer is option 'D'. Can you explain this answer?
Verified Answer
If one link fails, the entire network can be disabled in ______.a)Mesh...
Concept:
A single cable links all of the included nodes in a bus topology. The primary cable serves as the network's backbone. If the common cable breaks, the entire system will be brought to a halt.
Every device in a ring network has exactly two neighbors for communication purposes. It's called ring topology because it's shaped like a ring. Every computer in this topology is linked to another computer. A single computer failure can disrupt the entire network.
As a result, bus and ring topologies have difficulties, such as the possibility of the entire network being deactivated if one connection fails.
Hence the correct answer is Bus and Ring Topology.
Most Upvoted Answer
If one link fails, the entire network can be disabled in ______.a)Mesh...
Concept:
A single cable links all of the included nodes in a bus topology. The primary cable serves as the network's backbone. If the common cable breaks, the entire system will be brought to a halt.
Every device in a ring network has exactly two neighbors for communication purposes. It's called ring topology because it's shaped like a ring. Every computer in this topology is linked to another computer. A single computer failure can disrupt the entire network.
As a result, bus and ring topologies have difficulties, such as the possibility of the entire network being deactivated if one connection fails.
Hence the correct answer is Bus and Ring Topology.
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If one link fails, the entire network can be disabled in ______.a)Mesh Topologyb)Bus Topologyc)Star Topologyd)Bus and Ring TopologyCorrect answer is option 'D'. Can you explain this answer?
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