Internet Protocols

What is the primary function of Internet Protocol (IP) in computer networking?

• To establish secure connections between devices

• To facilitate the delivery of data packets between devices

• To manage domain names and URLs

• To provide multimedia streaming services

What are the two versions of Internet Protocol commonly used today?

• IPv2 and IPv5

• IPv4 and IPv6

• IPv6 and IPv8

• IPv3 and IPv7

Describe the connectionless delivery system characteristics of IP.

• Each datagram is handled independently and can follow different routes

• A dedicated connection is established between sender and receiver

• Packets are always delivered in the same order they were sent

• Packets are always delivered in the same order they were sent

What is the purpose and importance of the Internet Protocol in computer networking?

• To limit the number of devices connected to a network

• To provide an addressing scheme and rules for data packet routing

• To ensure high-speed internet connectivity

• To manage network security protocols

Explain the concept of Time To Live (TTL) in IPv4 and the Hop Limit in IPv6.

• They determine the speed of data transmission

• They are used to limit the lifespan of datagrams

• They establish secure connections between networks

• They allocate IP addresses to devices

  
  

What is datagram encapsulation in the context of Internet Protocol?

• Adding IP headers to data packets

• Removing IP headers from data packets

• Encrypting data packets for secure transmission

• Increasing the size of data packets

Describe the process of Datagram Reassembly in IP networking.

• Dividing data packets into smaller fragments

• Reconstructing fragmented packets into the original form

• Encrypting data packets during transmission

• Assigning IP addresses to devices

What are the header fields commonly used for Datagram Reassembly in IP?

• Source and destination MAC addresses

• Identification, Fragment Offset, and More Fragments flag

• Port numbers for application layer protocols

• TTL and Hop Limit values

What is the Maximum Transmission Unit (MTU) in networking, and how does it relate to IP datagram fragmentation?

• It is the maximum number of devices in a network segment

• It is the maximum size of a data packet that a network can transmit without fragmentation

• It is the speed of data transmission in a network

• It is the process of encrypting data packets

Explain the concept of Options Processing during IP datagram fragmentation.

• It refers to managing network security options during data transmission

• It involves handling optional IP header fields during datagram fragmentation

• It determines the maximum speed of data transmission

• It allocates IP addresses to devices in a network