6. Given Figure 6.41, fill in the following table. An IP packet with 2,700 bytes of user data needs to be sent across an Ethernet network from machine MI to machine M2, and therefore needs to be fragmented. Show the pair of fragments for the network segment between the two routers (fill in all blank parts of the table; for the data field indicate the length of the data). Assume the first fragment is made as large as possible for an Ethernet network. IP - 129.186.5.4 Enet - 00:86:50:34-45:00 M2 (68.10.7.4) Router Router2 4) Outside Outside Inside Inside Router1 Outside IP - 192.34.25.10 Enet - 00:80.08.45.22. FF Router 2 Outside IP - 12.123.34.45 Enet - 0088 88.38-12 EC Inside IP - 129.186.5.254 Enet - 00:00:08:34:12:45 IP - 192.34.25.15 Enet 007233 19AA Figure 6.41: Homework problem 6. 6. Given Figure 6.41, fill in the following table. An IP packet with 2,700 bytes of user data needs to be sent across an Ethernet network from machine MI to machine M2, and therefore needs to be fragmented. Show the pair of fragments for the network segment between the two routers (fill in all blank parts of the table; for the data field indicate the length of the data). Assume the first fragment is made as large as possible for an Ethernet network. IP - 129.186.5.4 Enet - 00:86:50:34-45:00 M2 (68.10.7.4) Router Router2 4) Outside Outside Inside Inside Router1 Outside IP - 192.34.25.10 Enet - 00:80.08.45.22. FF Router 2 Outside IP - 12.123.34.45 Enet - 0088 88.38-12 EC Inside IP - 129.186.5.254 Enet - 00:00:08:34:12:45 IP - 192.34.25.15 Enet 007233 19AA Figure 6.41: Homework problem 6