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cpnre prep guide 4th ed

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cpnre prep guide 4th edTo understand the nature and characteristics of databases?If your students need anA copy of this database is available as thePage 1- Use the STUDENTName the tablesYour student’s answers will vary as eachA screen shot of the database as created in Access is shown below and on the next page. Page 1- One row in MEMBER can bePage 1- Explain how the two terms differ.Information is defined as knowledge derived from data, or as dataData is simply recorded in the database, but the data must beThis problem is discussed in detail in Chapter 9 —Use an example other than one in Figure 1-5.Page 1- A small database is not necessarily a simpleThe components are:Page 1- 10 SQL (Structured Query Language) forms the basis forThe function of the application generator in Microsoft Access is to create and manage forms,Why do we rarely hearThe name of the current Microsoft Access DBMS engine is the Access Database Engine (ADE),Jet) database engine. We rarely hear about ADE or Jet because they are not sold as separateMicrosoft hides important database technology to make it easier for beginning users to create andSQL Server? We would replace the Microsoft Access ADE DBMS engine with MS SQL Server if we neededThe four components of an enterprise-class database system are:The four categories of database applications are:Page 1- 11 What is a data mart?A data mart is a smaller,In this process:DBMS. SQL is the bridge that connects applications to the DBMS. Page 1- 13 Current versions of both products are still major DBMS products today.Page 1- 14 Founded in 1957 in Seattle, Washington, WPC has grown into anThe company is located in two buildings. One buildingThe companyPage 1- 16 Page 1- 17 Page 1- 19 Page 1- 20. Get students straight to the point of database processing. Database Processing reflects a new teaching method that gets students straight to the point with its thorough and modern presentation of database processing fundamentals.https://www.dixonleads.com/userfiles/ethicon-manual.xml

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This sample only, Download all chapters at: alibabadownload.comFundamentals, Design, and ImplementationDavid J. Auer. Western Washington UniversityPublishing as Prentice HallORDER BY, GROUP BY, and HAVING clauses.BETWEEN, LIKE, and IN keywords.AVG with and without the use of a GROUP BY clause.Project Question 2.57 as 2.58, renumber the current 2.58 as 2.59, and renumber thePublishing as Prentice HallThe question should read. Figure 2-28 shows the column characteristics for the WPC ASSIGNMENT table. Using the column characteristics, create the ASSIGNMENT table in the WPC.accdbThe following questions refer to the NDX table of data as described starting onIn the figure, itIn the figure, itPublishing as Prentice HallHave your studentsCleaning and Morgan Importing Project Questions in an actual database. Student databases in MS Access with basic tables, relationships and data areThey want to see plain ASCII text, not fancy fonts. This is particularly true of the single quotation used to designate characterSQL queries in the text using MS SQL Server if you have it available.Codd database. DBPe11-MSSQL-Cape-Codd-Query-Set-CH02.sql. This file contains allAn example of this is shown in the followingResource Center on the text’s Web sitePublishing as Prentice HallWhile this chapter still considers Access as the DBMS most likely to be used byProject Questions that use the ORDER BY clause with aliased computedThe Access results without the. ORDER BY clause are also shown, so you can assign these problems withoutMicrosoft SQL Server 2008.These studentsIt is time wellPublishing as Prentice HallThis also explains why the GROUP BY clause will present the rows sorted evenQuery-By-Example (QBE), and therefore never had to understand the SQL. InIt is worth letting them know this is done andExample forms such as Microsoft Access’ design view can be very inefficient. Also, the QBE forms are not available from within an application program such as. Java or C so SQL must be written.Show students what will happen if a WHERE statementThe following example will work. Assume you create fourHow many columns and rowsThis happens becauseIf they understand Cartesian products then they willThis presents the students with an interesting complication, because ORDER isTherefore, when the table nameHowever, now is a good time to introduce it to your students. If you do not wantPublishing as Prentice HallA business intelligence (BI) system, is a system used to support management decisions byAn ad-hoc query is a query created by the user as needed, rather than a query programmed into anSQL stands for Structured Query Language. SQL is the universal query language for relational. DBMS products.SKU stands for stock keeping unit. An SKU is a an identifier used to label and distinguish eachData from the Cape Codd operational retail sales database was used to create a retail salesOrderTotal)We also note that the OrderTotal column includes tax, shipping and other charges that do notThus, it does not equal the sum of the related ExtendedPrice column in. The structure ofFor this table, there is one row for each SKU associated with a given OrderNumber, representingPublishing as Prentice HallFor this table, there is one row to describe each SKU, representing one particular item that is soldThus one SKU may be associated once with eachUsing the Microsoft Access Relationship window, the relationships (including the additionalIn traditional database terms (which will be discussed Chapter 6) OrderNumber and SKU inOrderTotal)SQL was developed by IBM in the late 1970s, and in 1992 it was endorsed as a national standardThat version is called SQL-92. There is aPublishing as Prentice HallSQL-92 is the version of SQL endorsed as a national standard by the American National. Standards Institute (ANSI) in 1992. It is the version of SQL supported by most commonly usedVersions of SQL subsequent to SQL-92 have extended features or added new features to SQL,A data sublanguage consists only of language statements for defining and processing a database. To obtain a full programming language, SQL statements must be embedded in scriptingWhat are DML statements? DML stands for data manipulation language. DML statements are used for querying andWhat are DDL statements? DDL stands for data definition language. DDL statements are used for creating tables,Publishing as Prentice HallAccess uses SQL, but generally hides the SQL from the user. For example, Access automaticallySQL in Access.Enterprise-class DBMS products, which include Microsoft SQL Server, Oracle Corporation’s. Oracle, IBM’s DB2 and MySQL’s MySQL, require you to know and use SQL. All dataThe Cape Codd Outdoor Sports sale extraction database has been modified to include twoThe table schemas forWAREHOUSE (Warehouse, Manager, Squarefeet). The column characteristics for the WAREHOUSE table are shown in Figure 2-22, and theThe data for the. WAREHOUSE table are shown in Figure 2-24, and the data for the INVENTORY table is shownFigure 2-22 - Column Characteristics for the WAREHOUSE TablePublishing as Prentice Hall. Figure 2-23 - Column Characteristics for the INVENTORY Table. Figure 2-24 - Cape Codd Outdoor Sports WAREHOUSE Data. If at all possible, you should run your SQL solutions to the following questions against an actualOutdoor Sports sales data extract database. Also available on our Web site are SQL scripts forMySQL. NOTE: All answers below show the correct SQL statement, as well as SQL statements modifiedAll results were obtained by running the SQLMySQL 5.1.Publishing as Prentice Hall. Figure 2-24 - Cape Codd Outdoor Sports INVENTORY DataPublishing as Prentice Hall. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. NOTE: If your students are using a DBMS other than Microsoft ACCESS, and need to create the. INVENTORY and WAREHOUSE tables, use the SQL code shown here to create and populateSQL code to create the tables is shown below. DBP-e11-MSSQL-Cape-Codd-Create-Tables.sql available in the Instructor’s Resource Center onManager Char (30) NOT NULL. SquareFeet Integer NOT NULL,Warehouse Char (30) NOT NULL. Description Char (35) NOT NULL. QuantityOnHand Integer NOT NULL. QuantityOnOrder Integer NULL. REFERENCES WAREHOUSE (Warehouse)This code is also contained in theScuba Tank, Yellow', 250, 0);Scuba Tank, Yellow', 100, 50);Scuba Tank, Yellow', 100, 0);Scuba Tank, Yellow', 200, 0);Publishing as Prentice HallScuba Tank, Magenta', 200, 30);Scuba Tank, Magenta', 75, 75);Scuba Tank, Magenta', 100, 100);Scuba Tank, Magenta', 250, 0);Publishing as Prentice HallCompare the SKU and. INVENTORY tables, and determine what design flaw is included in INVENTORY. Specifically, why did we include it?INVENTORY table. Otherwise, a two table query would be required. If these tables were in a. Use only the INVENTORY table to answer Review Questions 2.17 through 2.46. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice Hall. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. SELECT WarehousePublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. SELECT DISTINCT WarehouseWarehousePublishing as Prentice Hall. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallQuantityOnHand equal to 0. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteWarehouse. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallWarehouse. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteWarehouse and ascending order of SKU. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallDo not use the IN keyword. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallUse the IN keyword. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallSeattle, Chicago, or New Jersey warehouse. Do not use the NOT IN keyword. NOTE: The symbol for “not equal to” is. Since we want the SKU and Description forThis means we use AND in theThis happens because each OR eliminates only one warehouse, butTo demonstrate this,AND Warehouse 'Chicago'. AND Warehouse 'New Jersey';Publishing as Prentice HallSeattle, Chicago, or New Jersey warehouse. Use the NOT IN keyword. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteDo not use the. BETWEEN keyword. Since we can't use the BETWEEN keyword, we'll have to use a set of OR clauses:Publishing as Prentice HallBETWEEN keyword. DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. The correct SQL statement, which uses the wildcard for multiple characters, is:Publishing as Prentice Hall. Description that includes the word “Foot”. The correct SQL statement, which uses the wildcard for multiple characters, is:DBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteSELECT SKU, WarehouseSELECT SKU, WarehousePublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web siteCOUNT counts the number of rows or records in a table, while SUM adds up the data values inDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallName the count TotalItemsOnHand and display the results inDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. Note that “a count of” actually means the “sum” in this context. The correct SQL Statement is. SELECT Warehouse, SUM (QuantityOnHand) AS TotalItemsOnHandORDER BY TotalItemsOnHand DESC. Unfortunately, Microsoft Access cannot process the ORDER BY clause because it contains anThe Microsoft Access result without the ORDER BY clause is:Publishing as Prentice Hall. The correct results, obtained from SQL Server 2008, are:Omit all items that have a count greater than 2. Name theTotalItemsOnHand. SELECT Warehouse, SUM (QuantityOnHand) AS TotalItemsOnHandPublishing as Prentice Hall. ORDER BY TotalItemsOnHand DESC. Unfortunately, Microsoft Access cannot process the ORDER BY clause because it contains anThe Microsoft Access result without the ORDER BY clause is. The correct results, obtained from SQL Server 2008, are:Omit all items that have a count greater than 2. Show onlyName the count TotalItemsOnHand andDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice Hall. Note that “a count of” actually means the “sum” in this context, but that “fewer than 2 itemThe correct SQL. Statement is. SELECT Warehouse, SUM (QuantityOnHand) AS TotalItemsOnHandPublishing as Prentice HallWhy? The WHERE clause is always applied before the HAVING clause. Otherwise there would beOmit all itemsDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. SELECT Warehouse, SUM (QuantityOnOrder) AS TotalItemsOnOrder, SUMPublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web sitePublishing as Prentice HallUse a subquery. SELECT Warehouse, AVG(QuantityOnHand) AS AverageItemsOnHandDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. SELECT INVENTORY.Warehouse. AVG(QuantityOnHand) AS AverageItemsOnHandPublishing as Prentice HallDBPe11-IM-Ch02-Cape-Codd.accdb which is available on the text’s Web site. There is some ambiguity in the question. If we want the QuantityOnHand for each individualSELECT INVENTORY.Warehouse, Manager, QuantityOnHandOn the other hand, if weSELECT INVENTORY.Warehouse, Manager. SUM (QuantityOnHand) AS TotalItemsOnHandPublishing as Prentice HallIn a query that contains a subquery, only data from fields in the table used in the top-level queryIf data from fields from other tables is also needed, aINVENTORY would have been the table in the top-level query. Therefore, we had to use a join.If data from fields from other tables are alsoSee the answer to question 2.46.Publishing as Prentice HallWedgewood Pacific Corporation (WPC). Founded in 1957 in Seattle, Washington, WPC hasThe company is located in two buildings. One building houses the Administration, Accounting, Finance, and Human ResourcesWPC.accdb database with the following two tables. DEPARTMENT (DepartmentName, BudgetCode, OfficeNumber, Phone). EMPLOYEE (EmployeeNumber, FirstName, LastName, Department, Phone, Email). Now we will add in the following two tables. PROJECT (ProjectID, Name, Department, MaxHours, StartDate, EndDate). ASSIGNMENT (ProjectID, EmployeeNumber, HoursWorked)DBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web site. Figure 2-26 - Column Characteristics for the PROJECT TablePublishing as Prentice HallDEPARTMENT. Enable enforcing of referential integrity and cascading of data updates,DBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web sitePublishing as Prentice HallUsing the Datasheet view,DBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web site. Figure 2-27 - Sample Data for the PROJECT TablePublishing as Prentice HallDBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web site. Figure 2-28 - Column Characteristics for the ASSIGNMENT TablePublishing as Prentice HallEMPLOYEE. Enable enforcing of referential integrity, but do not enable either cascadingDBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web sitePROJECT. Enable enforcing of referential integrity and cascading of deletes, but do notPublishing as Prentice HallUsing the DatasheetDBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web site. Figure 2-29 - Sample Data for the PROJECT TablePublishing as Prentice HallFor example, the first query will be saved as SQL-. Query-02-A.Write SQL queries to produce the following results. DBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web site. A. What projects are in the PROJECT table. Show all information for each project.Publishing as Prentice Hall. B. What are the ProjectID, Name, StartDate, and EndDate values of projects in the. PROJECT table? SELECT ProjectID, Name, StartDate, EndDateShow all thePublishing as Prentice Hall. E. Who are the employees assigned to each project. Show ProjectID, Employee-. Number, LastName, FirstName, and Phone. SELECT ProjectID, E.EmployeeNumber, LastName, FirstName, PhoneShow the ProjectID, Name, and. Department. Show EmployeeNumber, LastName, FirstName, and Phone. SELECT P.ProjectID, Name, P.Department. E.EmployeeNumber, LastName, FirstName, PhonePublishing as Prentice Hall. G. Who are the employees assigned to each project. Show ProjectID, Name. Department, and Department Phone. Show EmployeeNumber, LastName. FirstName, and Employee Phone. Sort by ProjectID in ascending order. SELECT P.ProjectID, Name, D.DepartmentName, D.Phone. E.EmployeeNumber, LastName, FirstName, E.PhoneH. Who are the employees assigned to projects run by the marketing department? Show ProjectID, Name, Department, and Department Phone. Show. EmployeeNumber, LastName, FirstName, and Employee Phone. Sort by ProjectID inSELECT P.ProjectID, Name, D.DepartmentName, D.Phone. E.EmployeeNumber, LastName, FirstName, E.PhonePublishing as Prentice HallI. How many projects are being run by the marketing department. Be sure to assign anSELECT SUM(MaxHours) AS TotalMaxHoursForMarketingDeptProjectsBe sure to assign an appropriate column name to the computed results. SELECT AVG(MaxHours) AS AverageMaxHoursForMarketingDeptProjectsPublishing as Prentice Hall. L. How many projects are being run by each department. Be sure to display each. DepartmentName and to assign an appropriate column name to the computedFor example, the first query willDBPe11-IM-Ch02-WPC.accdb which is available on the text’s Web site. The results of each query will be identical to the corresponding SQL query in the previous Project. Question. Here we will show the QBE design of the query. C. What projects in the PROJECT table started before August 1, 2008. Show all thePublishing as Prentice Hall. D. What projects in the PROJECT table have not been completed. Show all theE. Who are the employees assigned to each project. Number, LastName, FirstName, and Phone.Publishing as Prentice Hall. F. Who are the employees assigned to each project. Show the ProjectID, Name, and. The QBE query shows the solution to the question as stated, but it will not run correctly duePublishing as Prentice Hall. The results are. Compare these results with those shown for 2.61 G above, and you will see the difference. There are two work arounds. First, create the query without Department Phone. This is theThe results will be correct, but without the DepartmentPhone column. Alternatively, as devised by Professor John Schauf of Edgewood College, Madison, WI, youBy adding in one table at a time, you can control the. JOIN.ON statement sequence, and obtain the correct answer. The steps below show how to create the needed sequence of QBE queries:Publishing as Prentice HallPA. Note that you must include ASSIGNMENT.EmployeeNumber in this query:Query-02-G-PAD - Note that you will have to manually link the DEPARTMENT primaryPublishing as Prentice HallQuery-02-G-PADE - Note that you will have to manually link the DEPARTMENT primaryThe query results are now correct:Publishing as Prentice Hall. H. Who are the employees assigned to projects run by the marketing department? Sort by ProjectID inThis question is identical to question G except for the restriction to marketing departmentThe results are. Compare these results with those shown for Project Question 2.61 H above, and you will seeThe problem we are encountering here is the same as described above in 2.26 G. Again, thereFirst, create the query without Department Phone. This is the onlyThe results will be correct, but without the DepartmentPhone column. JOIN.ON statement sequence, and obtain the correct answer.Publishing as Prentice Hall. The steps below show how to create the needed sequence of QBE queries, which is indenticalPA. Note that you must include ASSIGNMENT.EmployeeNumber in this query:Query-02-H-PAD - Note that you will have to manually link the DEPARTMENT primaryQuery-02-H-PADE - Note that you will have to manually link the DEPARTMENT primaryThe query results are now correct, and may be found in DBPe11-IM-Ch02-WPC.accdb file. I. How many projects are being run by the marketing department. Be sure to assign anPublishing as Prentice Hall. J. What is the total MaxHours of projects being run by the marketing department? BeK. What is the average MaxHours of projects being run by the marketing department? Be sure to assign an appropriate column name to the computed results.Publishing as Prentice Hall. DepartmentName and to assign an appropriate column name to the computedPublishing as Prentice Hall. The following questions refer to the NDX table of data as described starting on page 67. YouA. The ChangeClose on Fridays.SELECT ChangeClosePublishing as Prentice Hall. B. The minimum, maximum, and average ChangeClose on Fridays.SELECT MIN (ChangeClose) AS MinFridayChangeClose. MAX (ChangeClose) AS MaxFridayChangeClose. AVG (ChangeClose) AS AverageFridayChangeCloseSince TYear is being displayed, it makes sense to sort the results by TYear although this isSELECT TYear, AVG (ChangeClose) AS AverageChangeCloseORDER BY TYear;Publishing as Prentice Hall. D. The average ChangeClose grouped by TYear and TMonth. Show TYear and. TMonth. Since TYear and TMonth are being displayed, it makes sense to sort the results by TYear and. TMonth although this is not explicitly stated in the question.SELECT TYear, TMonth. AVG (ChangeClose) AS AverageChangeCloseORDER BY TYear, TMonth;Publishing as Prentice Hall. Unfortunately, the table NDX does not contain a numeric value of the month, so in order toNDX.accdb and DBPe11-IM-Ch02-NDX.accdb databases, this column is included in a table. SELECT TYear, TMonth. AVG (ChangeClose) AS AverageFridayChangeClose. GROUP BY TYear, TMonth, TMonthNumber. ORDER BY TYear, TMonthNumber;Publishing as Prentice Hall. E. The average ChangeClose grouped by TYear, TQuarter, TMonth shown inShow TYear, TQuarter, and TMonth. Note that months appear inExplain what you need to do to obtain monthsSELECT TYear, TQuarter, TMonth. AVG (ChangeClose) AS AverageChangeCloseORDER BY AverageChangeClose DESC. Unfortunately, as discussed above, Microsoft Access cannot process the ORDER BY clauseThe correct result, obtained from SQL Server 2008, is. In order to obtain the months in calendar order, we would have to use a numerical value forPublishing as Prentice Hall. F. The difference between the maximum ChangeClose and the minimum ChangeCloseShow TYear. TQuarter, and TMonth.SELECT TYear, TQuarter, TMonth,ORDER BY DifChangeClose DESC. Unfortunately, as discussed above, Microsoft Access cannot process the ORDER BY clauseThe correct result, obtained from SQL Server 2008, is:Publishing as Prentice Hall. G. The average ChangeClose grouped by TYear shown in descending order of theSELECT TYear. Unfortunately, as discussed abve, Microsoft Access cannot process the ORDER BY clauseThe correct result, obtained from SQL Server 2008, is:Publishing as Prentice HallThe solution to this question requires the student to use the DBMS help function or otherThe table NDX does not have a numeric value for month, so the names of the months willIf we want the numeric value of the month, we could use the. We would need to use the data type conversionThe SQL Statement using SQL Server 2008 character string functions is:Publishing as Prentice Hall. The SQL Statement using Microsoft Access 2007 character string functions is:Use the SQL you have learned in this chapter toDevelop at least five different SQL statements in yourIf volume is correlated with the direction of the stock market, this means that there should beWhen does the market close higher? When NDX.ChangeClose is positive. SELECT TMonth, TDayOfMonth, TYear, ChangeClosePublishing as Prentice Hall. When does the market close lower? When NDX.ChangeClose is negative. SELECT TMonth, TDayOfMonth, TYear, ChangeCloseSELECT AVG (ChangeClose) AS AvgNegativeChangePublishing as Prentice Hall. SELECT AVG (ChangeClose) AS AvgNegativeChange. AVG (Volume) AS AvgVolumeOnNegativeChangePublishing as Prentice HallMarcia makes her business stand out from the competition by providing superior customerUltimately, sheTo provide this service, she hasThree of those tables are the following. CUSTOMER (CustomerID, FirstName, LastName, Phone, Email). ORDER (InvoiceNumber, CustomerNumber, DateIn, DateOut, TotalAmt). In the database schema above, the primary keys are underlined and the foreign keys are shownThe database is named MDC. The column characteristics for the tables are shown in Figures 2-. The data for these tables are shown in Figures 2-33, 2-. We recommend that you create an Access 2007 database named MDC-Ch02.accdb using thePublishing as Prentice Hall. Figure 2-30 - Column Characteristics for the CUSTOMER Table. Figure 2-31 - Column Characteristics for the ORDER TablePublishing as Prentice Hall. Figure 2-33 - Sample Data for the CUSTOMER table. Figure 2-35 - Sample Data for the ORDER table. ThisThis EmailPublishing as Prentice HallPublishing as Prentice Hall. Write SQL statements and show the results based on the MDC data for each of theA. Show all data in each of the tables. Solutions to Marcia’s Dry Cleaning questions are contained in the Microsoft Access database. DBPe11-IM-Ch01-MDC.accdb which is available on the Instructor’s Resource CD-ROM andPublishing as Prentice HallPublishing as Prentice Hall. B. List the Phone and LastName of all customers. DBPe11-IM-Ch01-MDC.accdb which is available on the Instructor’s Resource CD-ROM and. SELECT Phone, LastNameSolutions to Marcia’s Dry Cleaning questions are contained in the Microsoft Access database. SELECT Phone, LastNamePublishing as Prentice Hall. D. List the Phone, DateIn, and DateOut of all orders in excess of 100. Note that since ORDER is an SQL reserved word, it must be enclosed in delimiters (square. SELECT Phone, DateIn, DateOut. E. List the Phone and FirstName of all customers whose first name starts with 'B'.