Chapter 3 : Network Topology

1. What is BUS TOPOLOGY?

BUS TOPOLOGY is a mathematical concept used in transportation planning to optimize bus routes.

BUS TOPOLOGY is a topology that used backbone or trunk as a main cable to connect all computer in the network and also used t-connector to connect computer in the network and also have terminator to strop signals after they have reach the end of the wire

BUS TOPOLOGY is a type of computer software used to book bus tickets online.

BUS TOPOLOGY is a term used in business management to describe the hierarchical structure of a company's leadership.

2. What is RING TOPOLOGY?

RING TOPOLOGY is a topology where data travels in a random scattered manner between computers on the network.

RING TOPOLOGY is a topology where all computers are interconnected to a central hub.

RING TOPOLOGY is a topology where data only flows in one direction without any possibility of two-way communication.

RING TOPOLOGY is a topology that logical ring where the data travels in circular fashion from one computer to another computer on the network .

Ring Topology is a type of network topology where every device has exactly two neighboring devices for communication purposes. Data travels from one device to another in a circular manner until it reaches the intended recipient. This setup forms a logical ring even though the physical setup might not necessarily be circular.

Explanation

Ring Topology is a type of network topology where every device has exactly two neighboring devices for communication purposes. Data travels from one device to another in a circular manner until it reaches the intended recipient. This setup forms a logical ring even though the physical setup might not necessarily be circular.

3. What is NETWORK TOPOLOGY?

NETWORK TOPOLOGY is the speed at which data travels on a network.

NETWORK TOPOLOGY is the software used to surf the internet.

NETWORK TOPOLOGY is the process of securing a network from cyber attacks.

NETWORK TOPOLOGY is physical layout of computer , cables and other components on a network .

NETWORK TOPOLOGY refers to the physical layout of components on a network, not the software used, security measures, or data speed.

Explanation

NETWORK TOPOLOGY refers to the physical layout of components on a network, not the software used, security measures, or data speed.

4. What are the disadvantages of using a star network topology?

Easy to troubleshoot and maintain

* Requires more cable 9 if to connect more computer and other devices )* More difficult to implement* A central connecting device allows for a single point of failure .

Less expensive than other network topologies

Provides faster data transfer speeds

Star network topologies have certain disadvantages such as requiring more cables, being more difficult to implement, and having a single point of failure with the central connecting device.

Explanation

Star network topologies have certain disadvantages such as requiring more cables, being more difficult to implement, and having a single point of failure with the central connecting device.

5. What are some disadvantages of a bus network?

High level of security and privacy

Fast data transfer speeds

* Network disruption when computers are added or removed* A break in the cable will prevent all systems from accessing the network .* Difficult to troubleshoot .

Easy to expand and add new devices

Bus networks can experience network disruptions when computers are added or removed, a break in the cable can prevent all systems from accessing the network, and troubleshooting can be difficult due to the shared nature of the network.

Explanation

Bus networks can experience network disruptions when computers are added or removed, a break in the cable can prevent all systems from accessing the network, and troubleshooting can be difficult due to the shared nature of the network.

6. What are the disadvantages of a ring network topology?

Adding or removing devices to a ring network is seamless and does not require network interruptions.

* Expansion to the network can cause network disruption* A single break in the cable can disrupt the entire network

Ring topology provides higher data transmission speeds compared to other topologies.

Ring networks are more secure than other network topologies.

Ring networks can indeed provide high data transmission speeds, but expansion can cause disruptions. While they can be secure, a single break in the cable can still disrupt the network. Additionally, adding or removing devices can lead to network disruptions in a ring topology.

Explanation

Ring networks can indeed provide high data transmission speeds, but expansion can cause disruptions. While they can be secure, a single break in the cable can still disrupt the network. Additionally, adding or removing devices can lead to network disruptions in a ring topology.

7. What is the correct answer to the given question?

D

B

A

C

In this multiple-choice question, the correct answer is option B. Options A, C, and D are incorrect choices.

Explanation

In this multiple-choice question, the correct answer is option B. Options A, C, and D are incorrect choices.

8. What is the correct answer to the question 'A'?

E.

D.

B

C.

The correct answer to the question 'A' is 'B.' as stated in the prompt. The incorrect answers C., D., and E. were provided as distractors to test for understanding and knowledge.

Explanation

The correct answer to the question 'A' is 'B.' as stated in the prompt. The incorrect answers C., D., and E. were provided as distractors to test for understanding and knowledge.

9. What is the capital of France?

Rome

Berlin

B

London

The correct capital of France is Paris, not London, Berlin, or Rome.

Explanation

The correct capital of France is Paris, not London, Berlin, or Rome.