Scalable and Reliable Networks

What is network scalability?

• The ability of a network to handle increasing amounts of traffic or data without impacting performance.

• The ability of a network to handle decreasing amounts of traffic without impacting performance.

• The ability of a network to handle increasing amounts of traffic or data while impacting performance.

• The ability of a network to handle only a specific amount of traffic without impacting performance.

Which of the following is a scalable and reliable network protocol?

• TCP/IP

• HTTP

• FTP

• SMTP

What is network topology?

• Arrangement of musical notes

• Type of computer virus

• A type of internet browser

• Arrangement of network elements

What are packets in a network?

• Large units of data transmitted over a network

• Physical devices used to connect to a network

• Software used to secure a network

• Small units of data transmitted over a network

What is the function of a switch in a network?

• To play music in the network

• To water the plants in the network

• To connect multiple devices together and manage the traffic between them.

• To cook food in the network

What is the role of routers in a network?

• They are used to connect printers to the network

• They are responsible for creating websites

• They are used to store data on the network

• They forward data packets between computer networks.

Which network topology provides the highest level of redundancy and reliability?

• Bus Topology

• Ring Topology

• Star Topology

• Mesh Topology

What is the primary advantage of a scalable and reliable network?

• Flexibility and consistent performance

• Limited capacity and frequent downtime

• Inflexibility and inconsistent performance

• Higher cost and slower performance

Which protocol is commonly used for reliable data transmission over a network?

• TCP

• HTTP

• UDP

• FTP

What is the purpose of network scalability?

• To reduce the amount of traffic on the network

• To limit the amount of data that can be transferred

• To slow down the network performance

• To handle increasing amounts of traffic or data without impacting performance.