tblShippers V ShoperiD tblProducts 8 ProductID Companytiame SupplierD tblOrderDetails CategoryD P OrderD 9 Productio Productiame EngishName UnitPrice QuantityPerunit tblCustomers * tblOrders * Quantity UnitPrice * CustomerD 9 OrderiD Discount UnitsinStock Companytiame CustomerID UnitsOnorder Contactame EmployeelD Reorderlevel ContactTite Shipliame Discontinued Address ShipAddress tblSupplier 9 SupplerD Oty ShipCity Region ShipRegion Name PostalCode ShpPostalCode Address Country ShpCountry City Phone Shipia Province Fax OrderDate RequredDate ShippedDate Freight

May you explain how, as a database designer, you can modify the database's performance for certain use cases? Which one of these options represents the most crucial means through which you may achieve your goal?

Explain the first, second, and third normal forms in the context of database normalization.

Question 4, Page 281 Concepts of Database Management, 9th Edition ISBN: 978-1-337-09342-2 The solution found for this question doesn't take into account some of my concerns.  Of note, the relationships aren't identified between the client and reservation tables.  Additionally, groups may have names or other attributes that need to be captured.   Question:  Does the solution presented actually produce a workable solution that will indeed satisfy all the needs of the customer by simply adding the one field into the client table as suggested?  And if not, what would you recommend?

List three typical scenarios in which it is recommended that relations be denormalized prior to the deployment of a database.

Need ERD diagram for this

Explain the purpose of the First Normal Form (1NF) and provide an example of a database that meets this requirement.

Explain the concept of denormalization in data modeling and provide scenarios where denormalization might be beneficial in database design.