Please complete each section and all the requirements, some want screenshots and the others wants the answers completed. I attached a document that has all of the stuff that will be needed to completed everything but it wouldnt all show up so I uploaded the document that has everything needed. but also its from the book that has pictures as guidance. Chapter 2 Reading - How Computers Find Each Other On Networks Go to 2-6e Case Projects, and complete Case Project 2-2, Install and Use Wireshark You must complete this assignment before the assignment listed below, otherwise you will not receive credit for the Wireshark assignment. Lab Points: 1 Using MS Word only, record your answers.Provide screen shots for each step of your work. Save the file as CaseProj2-2.docx. Attach and submit the document on Blackboard. Not Applicable On Blackboard, under the link Our Classroom|Labs, open the file called Lab1_WiresharkLab AU18 and follow all instructions. Lab Points: 14 Using MS Word only, record your answers.Save the file as Lab1WiresharkXXX.docx Substitute your first, middle, and last name initials in place of XXX. Attach and submit the document on Blackboard. . You must complete and submit the first lab assignment “Case Project 2-2” listed in the document “CSCI1152_Lab1_7ED” on Blackboard. You will not receive credit for this assignment if you do not complete Case Project 2-2 first. Read all instructions first. General Instructions: 1. Open the file CSCI1152_Lab1_7ED under the link Our Our Classroom|Week 2|Lab 1 Assignment on Blackboard. Which is listed at the top of this page. 2. Complete the lab assignment Case project 2-2 first. You will not receive credit for this assignment if you do not complete this assignment. 3. Record your name, today’s date, and instructor name listed at the top of this page. 4. For some exercises, you will need two computers. This assignment does not require a server and can be performed on a computer. 5. Using MS Word only, include screen shots for each step. Number each step in your screen shots. 6. Points will be deducted if you do not follow these instructions. COLUMBUS STATE COMMUNITY COLLEGE COMPUTER SCIENCE DEPARTMENT CSCI 1152 – NETWORKING CONCEPTS (NETWORK+) LAB #1 - WIRESHARK LAB EXERCISES 2 Lab Objective: The objective of this lab is to apply the concepts from the readings and homework assignment from the Network+ Guide to Networks. You will demonstrate knowledge of the Wireshark tool to apply the concepts of network traffic, packet analysis, and flow of protocols within the framework of the OSI model. 1. Record your name, today’s date, and instructor name listed above. 2. Record all answers and screen shots for each Wireshark step in this document. 3. Open Wireshark. You should have Wireshark installed from the first lab assignment CSCI1152_Lab1_7ED. 4. Download the Wireshark User’s Guide provided on www.wireshark.org. The Wireshark User’s Guide will help you to answer the questions. 5. Use the Internet to find answers to the questions. 6. The course textbook, Wireshark User’s Guide, and using the Internet will assist you in answering the questions. 7. This assignment is based on readings from Chapters 1 thru 3 and hands-on activities using Wireshark. 8. Start this assignment early. 9. Read and follow instructions, complete all steps and answer the questions on pages 3 thru 5. COLUMBUS STATE COMMUNITY COLLEGE COMPUTER SCIENCE DEPARTMENT CSCI 1152 – NETWORKING CONCEPTS (NETWORK+) LAB #1 - WIRESHARK LAB EXERCISES 3 1. Using Wireshark, write the command to apply a filter to find the IP address on a network using ARP analysis. 2. Based on your answer to question 1, open Wireshark, create activities which use the ARP protocol. Execute the filter and provide screen shots in this document for each step. Your screen shots must show the sender MAC address, sender IP address, destination MAC address and destination IP address. You will not receive credit if you do not include each step in your screen shots. 3. Using Wireshark, write the command to apply a filter to verify DNS resolution functionality. 4. Based on your answer to question 3, open Wireshark, and apply the filter. Open a commandline to DOS and execute the utility to verify you can communicate to the website tcpipguru.com. This must be done from the command-line. You will not receive credit if you use a browser. Show the response and filter of the website in your screen shots and all screen shots for the command line utility. You must provide all steps in your screen shots to receive credit. Execute the filter and provide screen shots in this document for each step. 5. Using Wireshark, write the command to apply a filter to monitor and display the type field in the Ethernet header for an IPv4 ether type field. The objective of this command is to monitor Ethernet packets containing a type of protocol such as IPv4. 6. Based on your answer to question 5, open Wireshark, and create activities for the protocol. Execute the filter and provide screen shots in this document for each step. Make sure you open each section and include screen shots to show the IPv4 Type field that was filtered. You will not receive credit if you do not include each step in your screen shots. COLUMBUS STATE COMMUNITY COLLEGE COMPUTER SCIENCE DEPARTMENT CSCI 1152 – NETWORKING CONCEPTS (NETWORK+) LAB #1 - WIRESHARK LAB EXERCISES 4 7. Using Wireshark, write the command to apply a filter to monitor and display the type field in the Ethernet header for an ARP ether type field. The objective of this command is to monitor Ethernet packets containing a type of protocol such as ARP. 8. Based on your answer to question 7, open Wireshark, and create activities for the protocol. Execute the filter and provide screen shots in this document for each step. Make sure you open each section, and include screen shots to show the ARP Type field that was filtered. You will not receive credit if you do not include each step in your screen shots. 9. Using Wireshark, write the command to apply a filter which tests latency on a network. The objective of this command is to test latency on a network using ping. Latency is the roundtrip time (RTT) it takes for a packet to be sent and received. 10. Based on your answer to question 9, in Wireshark perform the following steps. You will need two computers to complete this exercise. a. Add a column called “Time of Day”. b. Execute the command to determine the IP address for both computers. c. Ping the two computers. d. Apply the filter, and then stop the capture. e. Calculate in milliseconds the time difference between the two packets. f. Write the time difference in milliseconds in the space below. g. Include the screen shots showing the time between the two packets. h. You will not receive credit if you do not include each step in your screen shots. COLUMBUS STATE COMMUNITY COLLEGE COMPUTER SCIENCE DEPARTMENT CSCI 1152 – NETWORKING CONCEPTS (NETWORK+) LAB #1 - WIRESHARK LAB EXERCISES 5 11. Using Wireshark, write the command to graphically view the list of IP addresses accessed or communicated. Hint: Use the statistics menu. 12. Based on your answer to question 11, open Wireshark, and create activities which generate statistics. You will not receive credit if you do not include each step in your screen shots. 13. Using Wireshark, write the command to show a graphical view that displays traffic distribution based on protocols. Hint: Use the statistics menu. 14. Based on your answer to question 13, open Wireshark, and display the graphic. You will not receive credit if you do not include each step in your screen shot

Start Access. Open the downloaded file named go_a02_grader_a3_Concerts_Sponsors.accdb, and then enable the content.02Using Sponsor ID as the common field, create a one-to-many relationship between the Sponsors table and the Concerts table. Enforce referential integrity and enable both cascade options. Create a relationship report with normal margins, saving it with the default name. Close all open objects.103In the last record of the Sponsors table, change the Sponsor ID from SPONSOR-108 to SPONSOR-100, and then close the table. (The related records in the Concerts table will automatically update.)14Copy the Concerts $1000 or More Query to create a new query with the name Jan-Apr Concerts Query. Redesign the query so that the following fields display in the order given: Date, Concert Name, Concert Location, and Box Office Receipts. Sort the records in ascending order only by the Date field. Do not restrict the results by Box Office Receipts. Set the criteria so that when you run the query only those records display for a date between 1/1/18 and 4/30/18. Run the query (five records display). Close the query, saving the changes to the query.105Create a query in Query Design view based on the Concerts table. Add the following fields to the design grid in the order given: Date, Concert Name, Concert Location, and Box Office Receipts. Sort the records in ascending order by the Date field. Set the criteria so that when you run the query only those records display for a concert location of Georgetown Community Theater or Austin City Center and for box office receipts that have an amount that is greater than 1000. Run the query (four records display). Save the query as GCT OR ACC Over $1000 Query, and then close the query.106Create a query in Query Design view based on both tables. Add the following fields to the design grid in the order given: Sponsor Name, Concert Name, and Concert Location. Sort the records in ascending order by the Concert Location field. Set the criteria so that when you run the query only those records display for a sponsor name that has radio anywhere in its name and for a concert name that ends in festival. Run the query (two records display). Save the query as Radio Festivals Query, and then close the query.107Create a query in Query Design view based on the Concerts table. Add the following fields to the design grid in the order given: Concert ID, Concert Name, Concert Location, Sponsor ID, and Date. Set the criteria so that when you run the query only those records display that are missing the date. Run the query (two records display). Save the query as Missing Concert Date Query, and then close the query.108Create a query in Query Design view based on both tables. Add the following fields to the design grid in the order given: Concert ID, Sponsor Name, and Box Office Receipts. Sort the records in ascending order by the Concert ID field. In the fourth column of the design grid, create a new field named Sponsor Donation that will calculate and display the donation amount when the Sponsor donates an amount equal to 50 percent (0.5) of each box office receipts amount to the Music Department. Run the query (the second record—EVENT-102—has a Sponsor Donation of 287.5).109Display the query in Design view. In the fifth column of the design grid, create a new field named Total Donation that will calculate and display the total donation when the box office receipts amount is added to the sponsor's donation amount. Run the query (the second record—EVENT-102—has a Total Donation of $862.50).310Display the query in Design view. Use the Property Sheet to format the Sponsor Donation field as Currency with 2 decimal places, and then close the Property Sheet. Run the query, apply Best Fit to the fields, save the query as Sponsor Donation Query, and then close the query.611Create a query in Query Design view based on the Concerts table. Add the following fields to the design grid in the order given: Concert Location and Box Office Receipts. Sort the records in descending order by the Box Office Receipts field. Sum the Box Office Receipts field. Use the Property Sheet to format the Box Office Receipts field with 0 decimal places, and then close the Property Sheet. Run the query (for the Concert Location of Georgetown Community Theater, the sum of the box office receipts is $7,850). Apply Best Fit to the fields, save the query as Receipts by Location Query, and then close the query.1012Use the Query Wizard to create a crosstab query based on the Concerts table with the Sponsor ID field as row headings and the Concert Location field as column headings. Sum the Box Office Receipts field, and name the query Sponsor and Location Crosstab Query. Display the query in Design view. Use the Property Sheet to format the last two columns with 0 decimal places. Run the query, apply Best Fit to the fields, save the query, and then close the query.1013Create a query in Query Design view based on the Concerts table. Add the following fields to the design grid in the order given: Concert Name, Concert Location, Box Office Receipts, and Sponsor ID. Sort the records in ascending order by the Concert Name field. Set the criteria so that when you run the query you are prompted to Enter the Sponsor ID in the format SPONSOR-###. Run the query, and when prompted, enter SPONSOR-101 as the criteria (six records display). Display the query in Design view and hide the Sponsor ID field from the results. Run the query again, entering SPONSOR-101 when prompted. Save the query as Sponsor ID Parameter Query, and then close the query.1014Be sure that all database objects are closed, open the Navigation Pane, and then close Access. Submit the database as directed.