Question: Destination Hardware Address 6 Bytes Source Hardware Address 6 Bytes Frame Type Frame Data 2 Bytes 46-1500 Bytes Byte bit 0 12 3 45 678

Destination Hardware Address 6 Bytes Source Hardware Address 6 Bytes Frame Type Frame Data 2 Bytes 46-1500 Bytes Byte bit 0 12 3

Destination Hardware Address 6 Bytes Source Hardware Address 6 Bytes Frame Type Frame Data 2 Bytes 46-1500 Bytes Byte bit 0 12 3 45 678 9110 11| 12 13 14 15 16117 18 19 20 21 22 23 24 25 26 27 28 29 30 31 VersionHeader Length Type Of Service Total Length Identification Flags Fragment Offset TTL Type Header Checksum Source IP Address 12 16 Optional Destination IP Address IP Options (May Be Omitted) Padding 20 IP Payload Data TE 54 | | 551 5C! 9F | AC B6 | 57| AEl C81 E6 | 08 | 00| 45| 51 00| 72| AC| B8| 61 | B8| 96| 76| 681 7B DOI 05 | B1 | 491 1A1 5B EE | 501 68|DB | 33| 60| 39| C9| 90| DE 94| 50| 5Di D3| All E1 DSI 8F D| E9 | 66| 79| 24 | FD 53 | A2| 94| 65 | 15| 43 | BO 7F F8 FD 22B 30 970C 65 D9 18 25F6 71 5FE8 9D 82 | 02 | B5| 56| 53| 84 | 12 | EE| 2Bl C5| 92 | 55| 3D| F4l Fol 95 78| 6F | BD DA 4B | 05 | 0B C31 421 8A 061 2E | 24 | 67| 55| 57 1. Find the source hardware address 2. Find the destination hardware address. 3. What type of frame is this? 4. What Flag(s) are set? 5. What is the fragment offset? 6. What is the TTL count? 7. What is the Header Checksum? 8. If the header includes no options or padding, what are the first five bytes of the datagram data? 9. Find the destination IP address. 10.What class is the destination IP address? 11.What is the network ID in the destination address? 12.What is the host IID in the destination address? 13.Write the destination IP address in dotted decimal notation 14.Find the source IP address. 15.What class is the source IP address? 16.What is the network ID in the source address? 17.What is the host ID in the source address? 18.Write the source IP address in dotted decimal notation 19.Can this message be delivered directly by the source to the destination, or will it require routers to handle the message e Explain how the ARP Protocol works. What problem does it solve? How does it solve the problem? Give examples and be as specific as possible Suppose machine C receives an ARP request sent from A looking for target B and suppose C has the binding for IPB to HWB in its ARP cache. Should C answer the request? Explain why or why not. Destination Hardware Address 6 Bytes Source Hardware Address 6 Bytes Frame Type Frame Data 2 Bytes 46-1500 Bytes Byte bit 0 12 3 45 678 9110 11| 12 13 14 15 16117 18 19 20 21 22 23 24 25 26 27 28 29 30 31 VersionHeader Length Type Of Service Total Length Identification Flags Fragment Offset TTL Type Header Checksum Source IP Address 12 16 Optional Destination IP Address IP Options (May Be Omitted) Padding 20 IP Payload Data TE 54 | | 551 5C! 9F | AC B6 | 57| AEl C81 E6 | 08 | 00| 45| 51 00| 72| AC| B8| 61 | B8| 96| 76| 681 7B DOI 05 | B1 | 491 1A1 5B EE | 501 68|DB | 33| 60| 39| C9| 90| DE 94| 50| 5Di D3| All E1 DSI 8F D| E9 | 66| 79| 24 | FD 53 | A2| 94| 65 | 15| 43 | BO 7F F8 FD 22B 30 970C 65 D9 18 25F6 71 5FE8 9D 82 | 02 | B5| 56| 53| 84 | 12 | EE| 2Bl C5| 92 | 55| 3D| F4l Fol 95 78| 6F | BD DA 4B | 05 | 0B C31 421 8A 061 2E | 24 | 67| 55| 57 1. Find the source hardware address 2. Find the destination hardware address. 3. What type of frame is this? 4. What Flag(s) are set? 5. What is the fragment offset? 6. What is the TTL count? 7. What is the Header Checksum? 8. If the header includes no options or padding, what are the first five bytes of the datagram data? 9. Find the destination IP address. 10.What class is the destination IP address? 11.What is the network ID in the destination address? 12.What is the host IID in the destination address? 13.Write the destination IP address in dotted decimal notation 14.Find the source IP address. 15.What class is the source IP address? 16.What is the network ID in the source address? 17.What is the host ID in the source address? 18.Write the source IP address in dotted decimal notation 19.Can this message be delivered directly by the source to the destination, or will it require routers to handle the message e Explain how the ARP Protocol works. What problem does it solve? How does it solve the problem? Give examples and be as specific as possible Suppose machine C receives an ARP request sent from A looking for target B and suppose C has the binding for IPB to HWB in its ARP cache. Should C answer the request? Explain why or why not

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Databases Questions!

I NEED HELP ASAP WITH THIS HOMEWORK. I'M STILL CONFUSED AND I HAVE TRIED TO SOLVE IT BUT IT IS DUE TONIGHT. Given that a frame is formatted as follows: Frame Data Destination Hardware Address 6 Bytes...

(a) Explain the transmission efficiency. (b) Explain the transmission efficiency of asynchronous transmission. (c) Ethernet II frame layout is seen below. What is the maximum efficiency of the...

If the message portion of the Ethernet II frame contains 1000 information characters and we are using an 8-bit code for each character, what will be the efficiency. Preamble Type Start of Frame 1...

Consider the Ethernet II frame layout in the figure: A: Compute the minimum and maximun transmission efficiency. B: What is the effective data rate experienced by the user, if the circuit provides a...

\begin{tabular}{|c|c|c|c|} \hline DestinationHardwareAddress & SourceHardwareAddress & Frame Type & Frame Data \\ \hline 6 Bytes & 6 Bytes & 2 Bytes & 461500 Bytes \\ \hline \end{tabular}...

PLEASE USE THE EXAMPLE BELOW TO HELP SOLVE THE PROBLEM. THE EXAMPLE BELOW HAS THE CORRECT ANSWERS A frame is formatted as follows: Frame Type Frame Data Destination Hardware Address 6 Bytes Source...

1. Given that a frame is formatted as follows: Frame Type Frame Data Destination Hardware Address 6 Bytes Source Hardware Address 6 Bytes 2 Bytes 46 - 1500 Bytes And given that an IP datagram is...

Exercise 2 Edit and send TCP packets using the protocol editor This exercise takes host A and B as a group, host C and D as a group, and host E and F as a group. The group of host A and B is taken as...

Please answer question 1-4 using the following up data gram 1. Given that a frame is formatted as follows: Frame Type Frame Data Destination Hardware Address Source Hardware Address 6 Bytes 6 Bytes 2...

Ocean Aquariums, owned by Betty Thapa, has grown considerably in the last few years. Consequently, she has decided to change to a cloud based online Accounting Information System from her manual...

When do accountants consider revenue to be realized? What basic question about recording revenue in accounting records is answered by the realization principle?

3. Find the time to needed for the original sum, A(0) to double in value. Your answer should be a function of the interest rate r. a t= In (1/2) r b t= - In(1/2) r c) t = In (2) r d) t = - In (2) r...

Which of the following are problems with identifying users of ABC? Multiple select question. ABC means different things to different organizations. Organizations will announce the discontinuance of...

Teamwork. As best as possible, create and complete this scenario within your classroom or another room at your school: You are attending the fund-raiser that precedes the business meeting of the...

Convert the list prepared in Exercise 1 into a self-assessment. For each item, rate yourself on a 5- point scale, with 1 = poor and 5 = excellent. Identify two items on which you wish to improve,and...

Teamwork. Divide the class into teams with one team on each side of the classroom. One team will take the pro side of the issue and the other team will take the con side of the issue. Each team will...