Now lets consider designing a database for the a car lot. Consider the following statements -> Our car lot sells many cars every month (we have a big inventory) Our car lot has many customers (everyone loves us!) Our car lot has many sales persons (we are ready to help our customers) Each car sale persons sells many cars a week (our prices are great) Our car lot provides many mechanical services (all our mechanics are experts)

Database Systems: Design, Implementation, & Management
11th Edition
ISBN:9781285196145
Author:Steven, Steven Morris, Carlos Coronel, Carlos, Coronel, Carlos; Morris, Carlos Coronel and Steven Morris, Carlos Coronel; Steven Morris, Steven Morris; Carlos Coronel
Publisher:Steven, Steven Morris, Carlos Coronel, Carlos, Coronel, Carlos; Morris, Carlos Coronel and Steven Morris, Carlos Coronel; Steven Morris, Steven Morris; Carlos Coronel
Chapter10: Transaction Management And Concurrency Control
Section: Chapter Questions
Problem 1P
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Now lets consider designing a database for the a car lot. Consider the following statements ->
  • Our car lot sells many cars every month (we have a big inventory)
  • Our car lot has many customers (everyone loves us!)
  • Our car lot has many sales persons (we are ready to help our customers)
  • Each car sale persons sells many cars a week (our prices are great)
  • Our car lot provides many mechanical services (all our mechanics are experts)
  • Our Service department has many mechanics (any mechanic would love to work here)
  • Our mechanics provide service to our customers (our repeat business is awesome)
  1. Examine the above information and determine the Entities.
  2. With each entity - determine some attributes for each entity. As a note - is there any information in the above statements that is not helpful for our database design?
  3. Now lets consider our Car Lot database design and determine the relationship of our Entities 
Using LucidChart or similar tool (Visio) to construct an ERD based on the above scenario.
The approach to take to solve this problem would likely be accomplished using the following steps in your preferred ER diagraming tool
  1. Read the statements and list out the Entities
  2. Determine some attributes that each entity would have
  3. Determine the Data Types for each of the Attributes
  4. Determine and resolve the Relationship cardinality for the Entities. (Hint - there are multiple Many-to-Many relationships above. Please remember that creating an additional table to resolve is needed) You do not need to include the Data Types. 
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Follow-up Question

I was told what was missing from my submission was "apparent relationships (i.e PK, FK), correct cardinalities are a must. You have lines from one table to the next, but you did not align the relationship properly."

Please advise on how I would indicate that in my ERD attached.

Service
Servumber
A
have
Servic
have
provides
71
VIN
Make
YO
CLO
C
→
have
63.3%
Y
sels
SP
Transcribed Image Text:Service Servumber A have Servic have provides 71 VIN Make YO CLO C → have 63.3% Y sels SP
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