to tell what the source is, I looked really hard but it won't tell me, either...

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to tell what the source is, I looked really hard but it won't tell me, either that or I'm just looking in the wrong place] e. What is the source's IP address? 192.168.1.1 f. What is the destination's IP address? 184.26.81.250 g. What transport layer protocol was used in the GET packet, TCP or UDP? Why? TCP - TCP does a 3 way handshake, you basically have two different computers keeping tabs on eachother. h. What is the source's port number? Why do you think this port number was selected? 52414- if im gonna be honest, I have no idea, and ive read everything so far in the book. i. What is the destination's port number? Why do you think this port number was selected? 80 j. What flags were set on the TCP header? Explain the purpose of each flag.0x018 (PSH, ACK) ---- this answer applies to the one below --- flags = flags are used to indicate a particular state of connection or to provide some additional useful information like troubleshooting purposes or to handle a control of a particular connection. ---- they all correspond to one bit of information i. Note: flags were not covered in the lecture. You will need to research the flags. 3. In the GET payload, Wireshark tells you which frame number the response frame is. Double-click the frame number. This should put you at the HTTP/1.1 OK frame. a. Explain the purpose of the HTTP/1.1 OK frame. In other words, what is happening at this point in the network capture? Its showing that exact bit of information b. What are the source's IP address and port? 72.18.132.134 52414 80 c. What are the destination's IP address and port? 72.18.132.134 52414 80 ? d. Why do you think this information is different from the previous packet? It's a different segment e. How many TCP segments were needed to deliver the entire website to your screen? 2 f. How large (in bytes) is the website? 630 g. What type of server is the website being hosted on? ASUSTEKC_6f:c6:10 to tell what the source is, I looked really hard but it won't tell me, either that or I'm just looking in the wrong place] e. What is the source's IP address? 192.168.1.1 f. What is the destination's IP address? 184.26.81.250 g. What transport layer protocol was used in the GET packet, TCP or UDP? Why? TCP - TCP does a 3 way handshake, you basically have two different computers keeping tabs on eachother. h. What is the source's port number? Why do you think this port number was selected? 52414- if im gonna be honest, I have no idea, and ive read everything so far in the book. i. What is the destination's port number? Why do you think this port number was selected? 80 j. What flags were set on the TCP header? Explain the purpose of each flag.0x018 (PSH, ACK) ---- this answer applies to the one below --- flags = flags are used to indicate a particular state of connection or to provide some additional useful information like troubleshooting purposes or to handle a control of a particular connection. ---- they all correspond to one bit of information i. Note: flags were not covered in the lecture. You will need to research the flags. 3. In the GET payload, Wireshark tells you which frame number the response frame is. Double-click the frame number. This should put you at the HTTP/1.1 OK frame. a. Explain the purpose of the HTTP/1.1 OK frame. In other words, what is happening at this point in the network capture? Its showing that exact bit of information b. What are the source's IP address and port? 72.18.132.134 52414 80 c. What are the destination's IP address and port? 72.18.132.134 52414 80 ? d. Why do you think this information is different from the previous packet? It's a different segment e. How many TCP segments were needed to deliver the entire website to your screen? 2 f. How large (in bytes) is the website? 630 g. What type of server is the website being hosted on? ASUSTEKC_6f:c6:10