An IP packet arrives at the final destination with the D flag set as 1. Which of the following statement is true about the packet? a. The packet has not been fragmented. b. The packet has been fragmented and it is the first fragment. c. The packet has been fragmented and it is the last fragment. d. None of these.

What does the Don't Fragment flag in the Flags field of an IPv4 header indicate? A. Whether fragmentation is allowed B. Whether fragmentation is not allowed C. The relative position of a fragment in an original packet D. Whether there are more segments following the segment

For reassembling the fragmented packets at the final destination, which of the following header field(s) is (are) used by IP? a. Fragment offset. b. Flags. C. Header checksum. d. HLEN. e. Identification.

Which of the following statement(s) is/are true for transparent fragmentation? a. The subsequent networks are aware that the fragmentation has occurred. b. It is required to route all packet to the same exit router in a network. C. Each fragment is treated as an independent packet. d. All fragmented packets are reassembled by host system. e. All fragmented packets are reassembled by the exit router.

What is the process of dividing a packet into multiple fragments called? A. Encapsulation B. Fragmentation C. Reassembly D. Data Transmission

What part of an IP packet header identifies the protocol that will continue to process the packet? A. Network part B. Protocol field C. Host part D. Network mask