Understanding Network Topologies: Structures and Implications

1. What is STAR TOPOLOGY?

Star topology is a network topology where computers are connected in a linear manner.

Star topology is a network topology where all computers are connected to each other directly.

Star topology is a network topology where computers are connected in a circular fashion.

DefinitonStar topology is a network topology which can connect the computers by the central devices such as switch and hub.

Star topology is a type of network configuration where all devices are connected to a central hub or switch, allowing for easy management and troubleshooting.

Explanation

Star topology is a type of network configuration where all devices are connected to a central hub or switch, allowing for easy management and troubleshooting.

2. What is BUS TOPOLOGY?

A topology where all computers are connected in a mesh network where each computer connects to every other computer.

A topology where all computers are connected in a star pattern with a central hub.

A topology where all computers are connected in a circular manner.

Bus topology is a network layout where all computers are connected to a single trunk cable. This type of topology is commonly used in Ethernet networks where each device is connected to the same cable, with terminators at each end to prevent signal reflection.

Explanation

Bus topology is a network layout where all computers are connected to a single trunk cable. This type of topology is commonly used in Ethernet networks where each device is connected to the same cable, with terminators at each end to prevent signal reflection.

3. What is a ring topology in networking?

In a ring topology, information is broadcasted to all computers simultaneously.

A star topology involves connecting computers in a circular shape.

In a ring topology, computers are connected in a linear fashion.

A ring topology is specifically characterized by circular connections where each computer has exactly two neighbors for communication. The 'token' is passed along the network in a sequential manner, ensuring orderly communication.

Explanation

A ring topology is specifically characterized by circular connections where each computer has exactly two neighbors for communication. The 'token' is passed along the network in a sequential manner, ensuring orderly communication.

4. What is network topology?

Network topology is the physical layout of computers and cables.

Network topology refers to the software applications used in networking.

Network topology is the process of setting up a wireless network.

Network topology is the measure of network speed and bandwidth.

Network topology specifically refers to the physical layout of computers and cables in a network, describing how devices are connected and the structure of the network itself.

Explanation

Network topology specifically refers to the physical layout of computers and cables in a network, describing how devices are connected and the structure of the network itself.

5. What are the disadvantages of different network topologies?

Disadvantages of Hybrid Topology- Complicated design and increased risk of network failure.

Disadvantages of Mesh Topology- Limited scalability and high cost.

Disadvantages of Tree Topology- Difficult to expand and complex to manage.