Q7. What is the value of the operation field. What is the meaning of this field?
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Q7. What is the value of the operation field. What is the meaning of this field?
*In the filter field of the Wireshark window type arp, and click enter.
From the packet list window, select the first ARP request packet.
From the packet detail pane, select the Address Resolution Protocol.
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- Please answer the following task using WireShark. Please also include screenshot images. View Image attached! Examine the frame contents for one of the selected packets by expanding the frame, Ethernet andother details in the lower part of the screen. Explain the encapsulation at the different protocol layers that you can observe. How large is the frame?What is the destination MAC address? What is the IP Header length in decimal? What fragment flags are set in the IP Header? What is the source IP address in dotted decimal? What is the source port in decimal? What is the destination port in decimal? What is the TCP header length in decimal? What TCP flags are set?Which parts of the IP datagram are different in the ICMP messages sent by each of your computers? Stable fields, huh? Which of these is a constant? Edit which fields, please? Why?
- What information is required to establish whether or not the destination IP address is a member of the local LAN? Consider the gadget that would contain it.In this chain of ICMP signals generated by your computer, which parts of the IP datagram are always different from one datagram to the next? Which domains do not change? Which of the parameters must be held fixed? Which areas need transformation? Why?Locate the DNS query and response messages in the packet capture (hint, type "dns" in the display filter to only show DNS packets). What transport-layer (Layer 4) protocol are they using? A. UDP B. Ethernet C. IP D. HTTP E. TCP F. ICMP
- Answers should all be in lowercase with no spaces between hex characters when hexadecimal is the answer expected. All hex values must start with 0x, which stands for hexadecimal and therefore include 0x in your answers. Q1: What Transport protocol is encapsulated in the packet trace? Answer: The Transport protocol is encapsulated in the packet trace is: Q2. What is the value in hexadecimal of the Destination port address? Answer: The value in hexadecimal of the Destination Port Address is: Q3: What is the value in hexadecimal of the Transport header Checksum? Answer: The value in hexadecimal of the Transport header Checksum is: Q4: What is the value in hexadecimal of the Sequence Number? Answer: The value in hexadecimal of the Sequence Number is: Q5: What is the value in hexadecimal of the Source Transport Port Address? Answer: The value in hexadecimal of the Source Port Address is:Which different protocols can you find inside the Ethernet frames, as identified by the Type field? Explain how you know that this field is a Type field, what would be the other possibility of meaning for this field in another standard frame that could share the same Ethernet LAN, and where could the EtherType be informed in that case.In this chain of ICMP signals generated by your computer, which parts of the IP datagram are always different from one datagram to the next? Which domains do not change? Which of these fields has to remain fixed? Which areas need transformation? Why?
- What is the best method for debugging a live network cable?Which of the following protocols is an application layer protocol that establishes, manages and terminates multimedia sessions? a. Session Maintenance Protocol b. Real - time Streaming Protocol c. Real - time Transport Control Protocol d. Session Initiation Protocolq25- During the encapsulation process, what identifiers are added at the transport layer? Select one: A. Source and destination MAC addresses B. Source and destination channel identifiers C. Source and destination IP addresses D. C. Source and destination port numbers