3.How would you implement a 1:M relationship in a database composed of two tables? Give an example.
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3.How would you implement a 1:M relationship in a
4.Identify and describe the components of the table shown in Figure Q3.17, using correct terminology. Use your knowledge of naming conventions to identify the table’s probable foreign key(s)
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- The ABC Database Tables Table A TRUCK_NUM BASE CODE TYPE_CODE TRUCK_MILES TRUCK BUY DATE TRUCK SERIAL NUM 501 502 501 23-Sep-07 AA-322-12212-WM1 05-Feb-06 AC-342-22134-Q23 11-Nov-OS AC-445-78656-Z99 06-Jan-07 WVQ-112-23144-T34 01-Mar-06 FR-998-32245-W12 15-Jul-03 AD-456-00845-R45 17-Oct-04 AA-341-96573-284 07-Aug-05 DR-559-22169-D33 12-Feb-08 DE-887-98458-E94 1001 1032 1003 1004 1005 1006 1007 1009 1009 Table C Table B BASE CODE 501 502 Lexington 503 Cape Girardeau 504 Detton 503 501 502 502 T TYPE_CODE 503 BASE CITY Murfreesboro TYPE DESCRIPTION 1 Single box, double-sode 2 Single box, single-axde 3 Tandem trailer, single-exde 1 1 2 1 2 2 3 32 2 32123.5 76934.3 12346.6 2894.3 45673.1 193245.7 32012.3 44213.6 10932.9 BASE STATE BASE_AREA_CODE TN KY MO GA 615 568 456 901 BASE PHONE 123-4567 234-5678 345-6789 458-7890 BASE MANAGER Andree D. Gallager | George H. Delarosa Maria J. Talindo Peter F. McAveaGRADE REPORT STUDENT Name Student number Class Student number Section identifier Grade Major CS Smith 17 17 112 Brown 2 CS 17 119 85 92 COURSE 102 Course number Credit hours Department CS1310 Course name 135 Intro to Computer Science Data Structures Discrete Mathematice Database CS CS3320 4 CS MATH2410 MATH PREREQUISITE CS3380 CS Course number Prerequisite number CS3320 CS3380 CS3380 MATH2410 SECTION Section identifier Course number Semester Year Inatructor CS3320 CS1310 MATH2410 Fal King Anderson 85 07 02 CS1310 Fall 07 102 CS3320 Spring 08 Knuth 112 MATH2410 Fall 08 Chang 119 CS1310 Fal 08 Anderson 135 CS3380 Fall 08 Stone 4. Show the result of the following queries as it would apply to the database state given above. 1. SELECT DISTINCT Name FROM STUDENT WHERE Major="cs; 2. SELECT GRADE REPORT.Student number, SUM(Credit_hours), COUNT(") FROM GRADE_REPORT, SECTION,COURSE WHERE GRADE REPORT.Section_identifier= SECTION.Section_identifier AND SECTION.Course_number=COURSE.Course_number…CSC1100 ProductID ProdName 614 Sprinkler G15 Humming bird feeder 620 Garden hose 625 Shovel JG29 Tab connector G43 Leaf roke G46 Pruning Shears 656 Bird House 35 G57 Planter box 130 Answer the following questions about the Products table in this image 1. What are the field names? Products InStock Database Review 78 40 60 30 65 89 8
- Find the Primary Keys and P3,6 for the database: Make Model Engine ID Ford Mustang Ford Fiesta Chevy Camaro Chevy Caprice Olds Cutlass Olds Cutlass Volvo P1800 Volvo 240 Volvo 760 Year 1972 A1222 1989 C54322 1991 754342AH 1989 442355CC 1992 ANDU33 1992 ANGH28 1969 44325XX 1986 53526PD 1992 578868R Vehicle ID FO13579 FO24245 CH172389 CH156738 OL64332 OL61998 V044526 VO64690 V083529 Color Black Yellow Black Yellow Blue White White Black BlueFIGURE P8.31 CH08_SALECO2 DATABASE TABLES Database name: Ch08_SaleCo2 Table name: CUSTOMER Table name: INVOICE CUS CooE CuS LNAMECUS PNAME CuS NMAL CUSAREACOCE CU PHONE CuS BALANCE OIE Rumas CO1 Dure W NUNGER | CUS_CO DATE 100 19014 16--1 1001 16Jan-18 TOTAL TA otAL Ahet Lre Kay 544 04-126 000 1070 19012 16n-t 10011 17an-18 10018 153S 0013 Obenki KCO14 Odundo Myren COS O 56 76 00 0.00 221 19 16 4-210 222-1 403 2-12 1004 100s 280 7044 James Gege 1000 10014 17an-18 10017 wane 15 10015 1tlan18 200 00 Fart 210 000 Are Clate 1001 t 1008 431 de 615 207-00 Table name: LINE WNUMEES DENUMBERCOCE| LHE UNTS UE PRICE UHE TOTAL Table name: PRODUCT 1499 149 1001 1DERO Power pairte, 15 pa, Seorz 13-02 per bde 140 900 p e 00 1000 499 130eo-17 140 1000 1.223/OPD 13Nv-17 15a1a 12 1749 000 21344 1000 3 13022 749 14 90 19.00 70.44 207 108 92 1000 1490 19 om H 10n,0 z Y DO gnew. 12n 15-n-1 23 43 199 20e-17 24ec1 1004 1006 22OHE 1 PVCZDRT 1 SM 1077 2 22OTY 9.06 ar 12 22ORD BIO conder I0 20He O hanmer 21LAA…Create the table that would result from Tstu_code, dept_code (student a professor). FIGURE Q3.8 THE CH03_COLLEGEQUE DATABASE TABLES Database name: Ch03_CollegeQue Table name: STUDENT STU CODE PROF_CODE 100278 128569 2 512272 4 531235 2 531268 553427 1 Table name: PROFESSOR PROF CODE DEPT CODE 12 26 36 44 To upload and submit your assignment, click the Choose File button below to find and select your saved document. Make sure that the file is saved with your last name in the file name. (Example: ch3_review1_Jones.doc)
- Write Mysql code The database has three tables for tracking horse-riding lessons: Horse with columns: ID - primary key RegisteredName Breed Height BirthDate Student with columns: ID - primary key FirstName LastName Street City State Zip Phone EmailAddress LessonSchedule with columns: HorseID - partial primary key, foreign key references Horse(ID) StudentID - foreign key references Student(ID) LessonDateTime - partial primary key Write a SELECT statement to create a lesson schedule with the lesson date/time, horse ID, and the student's first and last names. Order the results in ascending order by lesson date/time, then by horse ID. Unassigned lesson times (student ID is NULL) should not appear in the schedule. Hint: Perform a join on the Student and LessonSchedule tables, matching the student IDs..Here it isstudent Relation Student_ID Student_Name Dept_Name 0000 AAAAA Computer Science 1111 BBBBB Computer Science 2222 CCCCC Business Administration 3333 DDDDD Education 4444 EEEEE Physics 5555 FFFFF History Student_Courses Relation Student_ID Course_ID Section Year Grade 0000 CS 2203 2 2020 A 0000 CS 1101 1 2019 A 1111 CS 1101 5 2019 B 1111 CS 1102 1 2019 B 1111 CS 2204 1 2020 A 1111 CS 2401 1 2020 A 2222 BUS 1101 3 2019 C 2222 BUS 2201 1 2020 B 2222 BUS 3302 1 2020 B 3333 EDUC 5010 1 2019 A 3333 EDUC 5210 1 2020 B 4444 PHY 1101 4 2019 A 4444 PHY 2202 1 2020 C 4444 PHY 3304 1 2020 A Considering Student and Student_Courses relations shown above, discuss when Union, Inner Join, Left Outer Join, Right Outer Join, and Full Outer Join should be used and provide examples using the above relations. I AM GETTING USED TO MYSQL WORKBENCH. (Kindly take me through the path)?Identify the primary keys. FIGURE Q3.22 THE CH03_THEATER DATABASE TABLES Database name: Ch03_Theater Table name: DIRECTOR DIR_NUM DIR LNAME DIR DOB 100 Broadway 12-Jan-65 101 Hollywoody 18-Nov-53 21-Jun-62 102 Goofy Table name: PLAY PLAY CODE PLAY NAME 1001 Cat On a Cold, Bare Roof 1002 Hold the Mayo, Pass the Bread 1003 I Never Promised You Coffee 1004 Silly Putty Goes To Washington 1005 See No Sound, Hear No Sight DIR NUM 102 101 102 100 101 1006 Starstruck in Biloxi 102 1007 Stranger In Parrot Ice 101 8588585
- Publisher Books Wagon Blackwell Pub Orion Orion Visual For Dummies ISBN 9788184122077 1855543575 9781118530801 9781119356332 047029079X B01JXRM6MO Book Title Structured Query Language Structured Query Language The Data Warehouse Toolkit Windows 10 Anniversary Update Bible Master Visually Windows XP IBM Lotus Symphony for Dummies YearPublished | Author_FirstName Author_LastName 2017 Ashis 1994 Akeel 1972 Ralph 2019 Rob 2005 Rob 2008 Rob Saklani Din Kimball Tidrow Tidrow Tidrow Please note that the ISBN is a code that uniquely identifies a book. In other words, there are no two books globally that have the same ISBN. 1. Using the above data, create an Entity Relationship (ER) diagram. You may use any external tool to create this (including hand drawn and photographed). Where necessary, please create primary keys for the entities.Q2: A-Given the following tables: Student Subject Std_ID 001 002 003 004 Fname Smith Smith Beal Thomson Lname Jolin Susan Fred Marie Std_ID 001 001 002 002 003 Semester 004 Falls03 Spro4 Falls03 C_ID Eng01 Ger01 Eng01 Ger01 Ger01 CSection Spro4 Spro4 Spro4 1. For each table in the database, identify the primary key and the foreign key(s). 2. Do the tables exhibit entity integrity? Explain your answer? 3. Do the tables exhibit referential integrity? Explain your answer? Ita01 ZZZZZZ IN 2N IN 2N IN CName English IN German English German German Italian Grade A B A B A BDatabase name: Ch03_StoreCo Table name: EMPLOYEE EMP CODE EMP TITLE EMP LNAME EMP FNAME EP NTIAL EMP DOe STORE CODE imson John 21-May-64 Ratula 09-Feb-60 Nancy Lotte 2 Ms 3 Ms. Oreenboro R 02-Oct-61 4 Jervie Robert 01Jun-71 23-Nov-59 4 Mrs Runperstro SM. Smth 25-Dec-65 Renselser Ogalo Johneson Cary A 31--62 7 M 8 Ms Roberto 10-Sep-60 19-Apr-55 06-Ma6 21-Oct-72 Ekzbeth Endemar Jack 2. 10 Ms. Rose 11 M Broderick Ton 08-Sep 74 25-Au4 25May6 24-May-64 03-Sep-60 12-Nov.70 24 Jan-71 12 M Washington Alan Y 13 M Snth Peter IN 14 Ms Smth Sherry 15 M Olenko Howard 16 M Archiso Barry 17 Ms Grimaido Jenine 4. 18 M. Roserberg Andrew D 03-Oct-60 06-Mar-70 19 M Rosten Peter F 20 M Mckee Robert 1 21 Ma Baunann Jenniter A 11-Dec-74 Table name: STORE STORE YTD SALES REGION_CODE P CODE STORE CODE STORE NAME 1 Access anction 1003455 76 14217 39 986783 22 944568 56 2 Database Coner 3 Tuple Charge 4 Atribute Aley 5 Prinary Key Point 1 29300 45 15 Table name: REGION REGION CODE REOION DESCRPT 1 East 2 west…