Note that part 1 and 2's questions (except part 2's 24) are skipped so don't mind them. Please do answer 24-34. They are all very short and related to each other so I can't split them. Thank you very much for answering!

Address Resolution Protocol (ARP) Exercise Overview: In this exercise you will deconstruct two Wireshark messages to identify the traffic, host arp tables and switch source address tables on a small switched network. Part 1 - Initial ARP Message Consider the following ARP message and answer the following questions. Be sure to justify your responses by answering how you know or why. Frame 4: 42 bytes on wire (336 bits), 42 bytes captured (336 bits) Ethernet II, src: SmcNetwo_d2:06:dd (00:13:f7:d2:06:dd), Dst: Broadcast (ff:ff:ff:ff:ff:ff) Destination: Broadcast (ff:ff:ff:ff:ff:ff) Source: SmcNetwo_d2:06:dd (00:13:57:d2:06:dd) Type: ARP (0X0806) Address Resolution Protocol (request) Hardware type: Ethernet (0x0001) Protocol type: IP (0X0800) Hardware size: 6 Protocol size: 4 Opcode: request (0x0001) [IS gratuitous: False] Sender MAC address: SmcNetwo_d2:06:dd (00:13:17:02:06:dd) Sender IP address: 192.168.100.20 (192.168.100.20) Target MAC address: 00:00:00 00:00:00 00:00:00:00:00:00) Target IP address: 192.168.100.75 (192.168.100.75) Part 2 - Continued ARP Communication Consider the following message: Frame 5: 60 bytes on wire (480 bits), 60 bytes captured (480 bits) Ethernet II, Src: SmcNetwo..di:cd:a2 (00:13:77:d1:cd:a2), Dst: SmcNetwo...d2:06:dd (00:13:17:02:06:dd) Destination: SmcNetwo_d2:06:dd (00:13:57:d2:06:dd) - Source: SmcNetwo...di:cd: a2 (00:13:f7:d1:cd:a2) Type: ARP (Ox0806) Trailer: 000000000000000000000000000000000000 Address Resolution Protocol (reply) Hardware type: Ethernet (0x0001) Protocol type: IP (0X0800) Hardware size: 6 Protocol size: 4 opcode: reply (0x0002) [Is gratuitous: False) Sender MAC address: SmcNetwo_di:cd:a2 (00:13:47:d1:cd:a2) Sender IP address: 192.168.100.75 (192.168.100.75) Target MAC address: SmcNetwo_d2:06:dd (00:13:17:02:06:dd) - Target IP address: 192.168.100.20 (192.168.100.20) 24. Why is the layer 2 ethernet destination address different than the layer 2 arp destination message? Part 3 - The Network 23. Draw a network topology to support this arp exchange. Your topology must include at least two switches and eight hosts. Be sure to label all devices with MAC and IP addresses and ports as appropriate. Two of the hosts must be those identified in the arp messages above. In your topology diagram, label the sender from the first message above as Host A and the destination from the first message above as host B. Part 4 - ARP Across a Switched Network 26. Consider that all arp tables on hosts and all SAT tables on switches are empty. What does the SAT table look like on your switch #1 after the first message from above is sent? (use as many rows as needed) Port Host Mac 27. What does the SAT table look like on your switch #2 after the first message from above is sent? (use as many rows as needed) Switch #2 SAT Port Host Mac 28. Which hosts in your topology will receive the first message from above? 29. Why are these hosts receiving the message? What does the arp table look like on Host A before sending the first message from above? Host A arp table Host IP Host Mac 31. What does the arp table look like on Host B after receiving the first message from above? Host B arp table Host IP Host Mac 32. What does the arp table look like on Host A after receiving the second message from above? Host A arp table Host IP Host Mac 33. What does the SAT table look like on your switch #2 after the second message from above is sent? (use as many rows as needed) Switch #2 SAT Port Host Mac 34. What does the SAT table look like on your switch #1 after the second message from above is sent? (use as many rows as needed) Switch #1 SAT Port Host Mac Address Resolution Protocol (ARP) Exercise Overview: In this exercise you will deconstruct two Wireshark messages to identify the traffic, host arp tables and switch source address tables on a small switched network. Part 1 - Initial ARP Message Consider the following ARP message and answer the following questions. Be sure to justify your responses by answering how you know or why. Frame 4: 42 bytes on wire (336 bits), 42 bytes captured (336 bits) Ethernet II, src: SmcNetwo_d2:06:dd (00:13:f7:d2:06:dd), Dst: Broadcast (ff:ff:ff:ff:ff:ff) Destination: Broadcast (ff:ff:ff:ff:ff:ff) Source: SmcNetwo_d2:06:dd (00:13:57:d2:06:dd) Type: ARP (0X0806) Address Resolution Protocol (request) Hardware type: Ethernet (0x0001) Protocol type: IP (0X0800) Hardware size: 6 Protocol size: 4 Opcode: request (0x0001) [IS gratuitous: False] Sender MAC address: SmcNetwo_d2:06:dd (00:13:17:02:06:dd) Sender IP address: 192.168.100.20 (192.168.100.20) Target MAC address: 00:00:00 00:00:00 00:00:00:00:00:00) Target IP address: 192.168.100.75 (192.168.100.75) Part 2 - Continued ARP Communication Consider the following message: Frame 5: 60 bytes on wire (480 bits), 60 bytes captured (480 bits) Ethernet II, Src: SmcNetwo..di:cd:a2 (00:13:77:d1:cd:a2), Dst: SmcNetwo...d2:06:dd (00:13:17:02:06:dd) Destination: SmcNetwo_d2:06:dd (00:13:57:d2:06:dd) - Source: SmcNetwo...di:cd: a2 (00:13:f7:d1:cd:a2) Type: ARP (Ox0806) Trailer: 000000000000000000000000000000000000 Address Resolution Protocol (reply) Hardware type: Ethernet (0x0001) Protocol type: IP (0X0800) Hardware size: 6 Protocol size: 4 opcode: reply (0x0002) [Is gratuitous: False) Sender MAC address: SmcNetwo_di:cd:a2 (00:13:47:d1:cd:a2) Sender IP address: 192.168.100.75 (192.168.100.75) Target MAC address: SmcNetwo_d2:06:dd (00:13:17:02:06:dd) - Target IP address: 192.168.100.20 (192.168.100.20) 24. Why is the layer 2 ethernet destination address different than the layer 2 arp destination message? Part 3 - The Network 23. Draw a network topology to support this arp exchange. Your topology must include at least two switches and eight hosts. Be sure to label all devices with MAC and IP addresses and ports as appropriate. Two of the hosts must be those identified in the arp messages above. In your topology diagram, label the sender from the first message above as Host A and the destination from the first message above as host B. Part 4 - ARP Across a Switched Network 26. Consider that all arp tables on hosts and all SAT tables on switches are empty. What does the SAT table look like on your switch #1 after the first message from above is sent? (use as many rows as needed) Port Host Mac 27. What does the SAT table look like on your switch #2 after the first message from above is sent? (use as many rows as needed) Switch #2 SAT Port Host Mac 28. Which hosts in your topology will receive the first message from above? 29. Why are these hosts receiving the message? What does the arp table look like on Host A before sending the first message from above? Host A arp table Host IP Host Mac 31. What does the arp table look like on Host B after receiving the first message from above? Host B arp table Host IP Host Mac 32. What does the arp table look like on Host A after receiving the second message from above? Host A arp table Host IP Host Mac 33. What does the SAT table look like on your switch #2 after the second message from above is sent? (use as many rows as needed) Switch #2 SAT Port Host Mac 34. What does the SAT table look like on your switch #1 after the second message from above is sent? (use as many rows as needed) Switch #1 SAT Port Host Mac