Use Figure 2 provided in the handout in order toanswer this question.Using any software of choice(e.g. Word, PPT, Online Visual Paradigm) create aset of dependency diagrams that meet 3NFrequirements. Make sure you rename attributes tomeet naming conventions and create any newentities and/or attributes as you deem necessary. Ifyou use a Microsoft Office program you can uploadthe file, if you use Visual Paradigm submit a screenshot of your dependency diagram in a MS Wordfile Figure 2ATTRIBUTE NAMESAMPLE VALUESAMPLE VALUESAMPLE VALUEITEM_ID231134-678342245-225254668-449ITEM_LABELHP DeskJet 895CseHP TonerDT ScannerP ROOM_NUMBER325325123BLDG_CODENTCNTCCSFBLDG_NAMENottooclearNottooclearCanseefarBLDG_MANAGERI. B. RightonitI. B. RightonitMay B. Next

Answered: Image /qna-images/answer/922043f5-8edd-4c16-a4e8-3f0431446cdb.jpg

ATTRIBUTE NAME SAMPLE VALUE SAMPLE VALUE SAMPLE VALUE 231134-678 HP DeskJet 895Cse ITEM_ID 342245-225 254668-449 ITEM_LABEL HP Toner DT Scanner ROOM_NUMBER 325 325 123 BLDG CODE NTC NTC CSF Nottooclear I. B. Rightonit BLDG_NAME Nottooclear Canseefar BLDG_MANAGER 1. B. Rightonit May B. Next

ATTRIBUTE NAME SAMPLE VALUE SAMPLE VALUE SAMPLE VALUE 231134-678 HP DeskJet 895Cse ITEM_ID 342245-225 254668-449 ITEM_LABEL HP Toner DT Scanner ROOM_NUMBER 325 325 123 BLDG CODE NTC NTC CSF Nottooclear I. B. Rightonit BLDG_NAME Nottooclear Canseefar BLDG_MANAGER 1. B. Rightonit May B. Next

Oracle 12c: SQL

3rd Edition

ISBN:9781305251038

Author:Joan Casteel

Publisher:Joan Casteel

Chapter1: Overview Of Database Concepts

Section: Chapter Questions

Problem 4MC

See similar textbooks

Similar questions

create an Enhanced Entity-Relationship (EER) diagram based on the provided information. Based on the following description, try creating the diagram using a tool such as draw.io, Lucidchart, or any other ER diagram tool: Entities: Person: person_ID (PK), name, address, birth date, phone number Subtypes: Employee, Physician, Patient, Volunteer Visit: date (PK, partial identifier), comments Care Centre: care_centre_ID (PK), name, location Laboratory: lab_ID (PK), name, location Bed: bed_number (PK), room_number, care_centre_ID (FK) Item: item_number (PK), description, unit_cost Treatment: treatment_ID (PK), treatment_number, treatment_name, treatment_date, treatment_time, results Relationships: Works_In (Person - Care Centre): Person (1, M) ----< Works_In >---- (1, M) Care Centre Assigned_To (Employee - Care Centre): Employee (1, M) ----< Assigned_To >---- (1, M) Care Centre Assigned_To (Physician - Care Centre): Physician (1, M)…
I asked this question on Bartleby but didn't get a very clear response, I would like further explaination please. The answer on Bartleby said that it would be none of the options but didn't really explain why. What is the cardinality of the 'writes' relationship type? a) One-to-many b) Many-to-many c) One-to-one d) None of the other options My thought process was that it would be b) Many-to-many since: A person writes many books. And one book is also written by many people. Thus the relationship will be many to many. One to many would mean that one instance is related to many other instances. For example, the address of a house contains many people living in the house. One to one would mean that one instance is associated with only one other instance. For example, one employee will have one unique ID in an organization. So why is the answer none of the other options?
Please hand draw the ER diagram with all attributes and entities not this chatgot generated one.
Based on: Entity-Relationship Diagram with the following requirements: There are Professors (ie users) with the changeable attributes Professor_Name, Field, College, PhD_Date There are Flubs (ie posts) with the unchangeable attributes Content, Purpose, Moment, Inventor (which is the creating Professor) There are Bounces (ie shares) where a Professor can share another Professor's Flub Add ID attributes as necessary Content of Flubs only needs to be a text of fixed length Professors can have/be Colleagues (ie friends/followers) A Flub can get Citations (ie likes) by other Professors Show the Relational Algebra AND Domain Relational Calculus formulas for each. Show a portfolio of the Flubs by a Professor Show a portfolio of all Flubs and Bounces (the Flubs bounced) by all of a Professor's Colleagues
Based on: Entity-Relationship Diagram with the following requirements: There are Professors (ie users) with the changeable attributes Professor_Name, Field, College, PhD_Date There are Flubs (ie posts) with the unchangeable attributes Content, Purpose, Moment, Inventor (which is the creating Professor) There are Bounces (ie shares) where a Professor can share another Professor's Flub Add ID attributes as necessary Content of Flubs only needs to be a text of fixed length Professors can have/be Colleagues (ie friends/followers) A Flub can get Citations (ie likes) by other Professors Create the SQL for a single View called "Flubbergasting" of a Professor which includes all attributes from Entity-Relationship Diagram, as well as how many Flubs, the average number of Bounces the Flubs had, and total Citations across all Flubs by that professor.
Draw the Crow’s Foot ERD to reflect the dependency diagrams you drew in Part c. (Note: You might have to create additional attributes to define the proper PKs and FKs. Make sure that all of your attributes conform to the naming conventions.)
please Transform this conceptual ERD into logical ERD by removing non-relational features e.g.: *:* relationships, complex relationships etc.) please dont to it by hand writting i want you to do it on computer thank you for your effort sir
Create an entity-relationship diagram for the three entities showing the correct cardinalities. Save and print a copy.
Need a Rule set, architecture design and access control matrix for below: RBAC Ruleset: So 1 subjects/owner 1) users (subjects), 2) files (objects), 3) roles, ===can be 4 roles user 4) operations. Roles are abstractions like “researcher,” “analyst,” “system_operator,” or “employee.” Operations are abstract tasks like “reporting,” “analysis,” “compiling” or “view”. Here’s a quick partial example: Jerry assigned NOVA_researcher NOVA_researcher does NOVA_reporting NOVA_reporting can rw NOVA/reports/*.txt
Which of the following symbols represents a many-to-many relationship in an E-R model?a. a straight lineb. a dashed linec. a straight line with a crow’s foot at both endsd. a straight line with a crow’s foot at one end
Create a CRUD matrix to check the consistency between your domain model class diagram (create it) and your complete list of use cases (create and list them). Set this out in the form of a table with classes as the columns and use cases as the rows. Weddings, Parties, Everything is a rapidly-growing online business that links together customers who need a caterer for their event with businesses that provide catering. Customers input their location and requirements, and are presented with a shortlist of potential caterers who may be able to provide what they need.WPE has been partly manual for the first few months of their operation, but now needs new system to automate business of putting together the right customer with right caterer. intend to roll system out nationally, from original base in WA. Edison Guacamole, owner/manager of WPE, has contacted you for help.two sides to system are, caterers & customers.Caterers register on WPE system by providing business name, description,…
Please draw an EER diagram for the bank DB system. It requires to design & plan & document a bank system. Your EER model must include supertype and subtypes inheritance associations based on your initial ER model. Relationship constraints and completeness rules (discussed in the EER module) must be included. Requirements: Metadata: define what attributes (data) represent an object (i.e. account type) and data properties (data types, valid range of values, required vs. optional, etc.) Entities (objects): Account owner, dependent (joint family), Checking account, Savings account, Money Market account, loan account, or other banking objects, online account, etc. (suggestion: Define at least 10 entities) Relationships: customer deposit or withdraw money with account, and more. Identify the possible entity sets and their attributes, the relationships among the attributes.