Problem # 2 (24 points): Consider the following network where host D wants to send a TCP segment to host F. The TCP segment sent by host D will pass through R2, then R1, then R3 before reaching host F. Assume that all ARP tables are complete except for router R1 (i.e router R1 ARP table is empty. Complete the following table pertaining to the TCP segment sent from D to F. Note that the possible frame types are ARP Ouery, ARP Response, and data. Note also that the source and destination IP addresses refer to the IP addresses contained in the payload of each frame. (Hint: There are a total of 6 frames that will be generated) 7-77-77-77-7 -99-99-99 0111.111.001 133.133.133 155.155 133.133.133.001 55.155.155.002 Router R3 R1 0.111.111.003 122.122.122 122.122.122 166.166.166 aa-aa-N 10.111.111.002 166.166.166 Frame Frame type Source MAC Destination MAC Source IP Destination IP Problem # 2 (24 points): Consider the following network where host D wants to send a TCP segment to host F. The TCP segment sent by host D will pass through R2, then R1, then R3 before reaching host F. Assume that all ARP tables are complete except for router R1 (i.e router R1 ARP table is empty. Complete the following table pertaining to the TCP segment sent from D to F. Note that the possible frame types are ARP Ouery, ARP Response, and data. Note also that the source and destination IP addresses refer to the IP addresses contained in the payload of each frame. (Hint: There are a total of 6 frames that will be generated) 7-77-77-77-7 -99-99-99 0111.111.001 133.133.133 155.155 133.133.133.001 55.155.155.002 Router R3 R1 0.111.111.003 122.122.122 122.122.122 166.166.166 aa-aa-N 10.111.111.002 166.166.166 Frame Frame type Source MAC Destination MAC Source IP Destination IP