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Questions and Answers
What is a network in information technology?
What is a network in information technology?
- A series of interconnected points or nodes (correct)
- A single point or node
- A series of standalone devices
- A collection of offline computers
In a network, how are the points or nodes connected?
In a network, how are the points or nodes connected?
- By electrical circuits
- Through individual communication lines
- By physical barriers
- By communication paths (correct)
What characterizes a network in information technology?
What characterizes a network in information technology?
- Offline components
- Multiple independent systems
- Isolated devices
- Interconnected components (correct)
Which of the following best describes the structure of a network in IT?
Which of the following best describes the structure of a network in IT?
What differentiates a network from individual devices in IT?
What differentiates a network from individual devices in IT?
What type of communications require each end point to be able to transmit in order to communicate?
What type of communications require each end point to be able to transmit in order to communicate?
In which type of communications is it necessary for every end point to have the ability to send data for successful communication?
In which type of communications is it necessary for every end point to have the ability to send data for successful communication?
What is a key requirement for communication in a connection-oriented network?
What is a key requirement for communication in a connection-oriented network?
Which type of network demands that all communicating devices must be capable of transmitting data?
Which type of network demands that all communicating devices must be capable of transmitting data?
What characteristic distinguishes connection-oriented communications from other types of networks?
What characteristic distinguishes connection-oriented communications from other types of networks?
What type of topology is formed when two different basic network topologies are connected?
What type of topology is formed when two different basic network topologies are connected?
Which of the following is not a basic network topology?
Which of the following is not a basic network topology?
If a network uses a ring topology and a bus topology together, what type of network setup is being utilized?
If a network uses a ring topology and a bus topology together, what type of network setup is being utilized?
Which network structure combines the features of point-to-point connections and a central hub?
Which network structure combines the features of point-to-point connections and a central hub?
If a network has interconnected devices forming a closed loop and a linear bus connecting other devices, what type of network arrangement is being used?
If a network has interconnected devices forming a closed loop and a linear bus connecting other devices, what type of network arrangement is being used?
What is one of the purposes of IPv4?
What is one of the purposes of IPv4?
Which feature of IPv4 helps in protecting data integrity?
Which feature of IPv4 helps in protecting data integrity?
What mechanism in IPv4 prevents data corruption during transmission?
What mechanism in IPv4 prevents data corruption during transmission?
How does IPv4 safeguard against data errors?
How does IPv4 safeguard against data errors?
Which component in IPv4 contributes to ensuring the accuracy of transmitted data?
Which component in IPv4 contributes to ensuring the accuracy of transmitted data?
What is a characteristic of data transfer in connectionless communication?
What is a characteristic of data transfer in connectionless communication?
How does connectionless communication handle checking if the destination is ready to receive the data?
How does connectionless communication handle checking if the destination is ready to receive the data?
What distinguishes connectionless data transfer from connection-oriented data transfer?
What distinguishes connectionless data transfer from connection-oriented data transfer?
How does connectionless communication handle message delivery compared to connection-oriented communication?
How does connectionless communication handle message delivery compared to connection-oriented communication?
What happens in connectionless communication if the destination is not available to receive the message?
What happens in connectionless communication if the destination is not available to receive the message?
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