1) Visit any website, and with Wireshark, provide the exact/actual sequence and acknowledgement numbers (in Hex and not Wireshark's relative numbers) to prove that the TCP Three-Way Handshake occurred. You are to get a screenshot of the packet capture, crop just the relevant fields, and paste the result. Then, you are to type, in your own words, what you just proved. Note - You will need four numbers to prove this. 2) Ping someone on your network, and then someone on a different network. With Wireshark, capture the relevant packets that prove the fact that these two pings are quite different in terms of who the traffic is sent to. Paste your cropped captures, and then explain, in your own words, why these two pings are different. You must reference specific fields (dealing with both MAC and IP addresses) within the ARPs and ICMPs. 3) With cropped Wireshark screenshots, and your own words, explain the relationships between datagrams or segments (pick your Layer Four protocol), packets, and frames. 4) Paste a screenshot of your workstation's table containing IP to MAC resolution. Explain, in your own words, what you see. How many entries would be added to this table if you pinged 20 different devices on your network? Why is that the case? How many entries would be added if you pinged 20 different devices on networks other than your own? Why is that the case?
1) Visit any website, and with Wireshark, provide the exact/actual sequence and acknowledgement numbers (in Hex and not Wireshark's relative numbers) to prove that the TCP Three-Way Handshake occurred. You are to get a screenshot of the packet capture, crop just the relevant fields, and paste the result. Then, you are to type, in your own words, what you just proved. Note - You will need four numbers to prove this. 2) Ping someone on your network, and then someone on a different network. With Wireshark, capture the relevant packets that prove the fact that these two pings are quite different in terms of who the traffic is sent to. Paste your cropped captures, and then explain, in your own words, why these two pings are different. You must reference specific fields (dealing with both MAC and IP addresses) within the ARPs and ICMPs. 3) With cropped Wireshark screenshots, and your own words, explain the relationships between datagrams or segments (pick your Layer Four protocol), packets, and frames. 4) Paste a screenshot of your workstation's table containing IP to MAC resolution. Explain, in your own words, what you see. How many entries would be added to this table if you pinged 20 different devices on your network? Why is that the case? How many entries would be added if you pinged 20 different devices on networks other than your own? Why is that the case?
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Please use annotions, like arrows on the actual screenshots to accompany the answers. thank you
Transcribed Image Text:1) Visit any website, and with Wireshark, provide the exact/actual sequence and
acknowledgement numbers (in Hex and not Wireshark's relative numbers) to prove that the TCP
Three-Way Handshake occurred. You are to get a screenshot of the packet capture, crop just the
relevant fields, and paste the result. Then, you are to type, in your own words, what you just
proved. Note - You will need four numbers to prove this.
2) Ping someone on your network, and then someone on a different network. With Wireshark,
capture the relevant packets that prove the fact that these two pings are quite different in terms
of who the traffic is sent to. Paste your cropped captures, and then explain, in your own words,
why these two pings are different. You must reference specific fields (dealing with both MAC
and IP addresses) within the ARPs and ICMPs.
3) With cropped Wireshark screenshots, and your own words, explain the relationships between
datagrams or segments (pick your Layer Four protocol), packets, and frames.
4) Paste a screenshot of your workstation's table containing IP to MAC resolution. Explain, in your
own words, what you see. How many entries would be added to this table if you pinged 20
different devices on your network? Why is that the case? How many entries would be added if
you pinged 20 different devices on networks other than your own? Why is that the case?
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