Apply normalization up to BCNF on following dat Give all relations created after applying each Norn Sid Sname City ZipCod- Ali Koroohi 75500
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![Question
Apply normalization up to BCNF on following data set.
Give all relations created after applying each Normal Form.
Sid
Sname
City
ZipCode
Cld
CName
RegDate
1
Ali
Karachi
75500
1
OOP
23-1-2017
2
DBMS
24-1-2017
2
Ahmed
Lahore
54810
2
DBMS
22-1-2017
3
DS
22-1-2017
3
Sarah
Karachi
95500
ООР
24-1-2017](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F181b9322-ec6f-4304-9a08-4ee3b4117bf5%2F9889c8a3-f7c6-42a6-b0c0-8cb4f5c47f9c%2Fu1c00bf_processed.png&w=3840&q=75)
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- Normalize the following given data to 1/2/3 NF. State the relations schema after everynormalization.Using Normalization technique decompose the above un normalized relation to reach the 3NF, clearly showing all the steps involved to reach each Normal Form (NF). CustNo, CustName, Addr, SuppNo, SuppName, SuppTel, (ordNo, orderDesc, QtyOrdrd)If a parallel data-store is used to store two relations r and s and we need to join r and s, it may be useful to maintain the join as a materialized view. What are the benefits and overheads in terms of overall throughput, use of space, and response time to user queries?
- convert it to relations that are normalizationApply normalization up to BCNF on following data set. Give all relations created after applying each Normal Form. Sid Sname City ZipCode Cld CName RegDate 1 Ali Karachi 75500 1 ООР 23-1-2017 2 DBMS 24-1-2017 2 Ahmed Lahore 54810 2 DBMS 22-1-2017 3 DS 22-1-2017 3 Sarah Karachi 95500 1 OOP 24-1-2017Write the SQLite querys for the give lab tasks in image attached according to the database relation image
- Qno 2: Normalize the following Customer-Order Relation up to 3rd Normal Form, but step by step show each intermediate resultant table with its data InvoicelD 601 602 603 InvoiceDate CustID 14/06/09 C_101 14/06/09 C_101 14/06/09 C_102 CUSTOMER-ORDER Table CustName ItemID ItemName ItemQty ItemPrice Naveed 1 Scanner 50 $10 2 Mouse 100 3 Printer 40 2 Mouse 50 4 Monitor 40 Naveed Amjad Scanner 40 $20 $10 $20 $10 $10 InvoiceTotal $2500 $400 $1800Convert ERD into Relational Model - show referential integrity appropriatelyImplement a new independent entity phone in the Sakila database. Attributes and relationships are shown in the following diagram: The diagram uses Sakila naming conventions. Follow the Sakila conventions for your table and column names: All lower case Underscore separator between root and suffix Foreign keys have the same name as referenced primary key Write CREATE TABLE and ALTER TABLE statements that: Implement the entity as a new phone table. Implement the has relationships as foreign keys in the Sakila customer, staff, and store tables. Remove the existing phone column from the Sakila address table. Step 2 requires adding a foreign key constraint to an existing table. Ex: ALTER TABLE customer ADD FOREIGN KEY (phone_id) REFERENCES phone(phone_id) ON DELETE SET NULL ON UPDATE CASCADE; Specify data types as follows: phone_id, phone_number, and country_code have data type INT. phone_type has date type VARCHAR(12) and contains strings like 'Home', 'Mobile', and 'Other'. Apply…
- Implement a new independent entity phone in the Sakila database. Attributes and relationships are shown in the following diagram: The diagram uses Sakila naming conventions. Follow the Sakila conventions for your table and column names: All lower case Underscore separator between root and suffix Foreign keys have the same name as referenced primary key Write CREATE TABLE and ALTER TABLE statements that: Implement the entity as a new phone table. Implement the has relationships as foreign keys in the Sakila customer, staff, and store tables. Remove the existing phone column from the Sakila address table. Step 2 requires adding a foreign key constraint to an existing table. Ex: ALTER TABLE customer ADD FOREIGN KEY (phone_id) REFERENCES phone(phone_id) ON DELETE SET NULL ON UPDATE CASCADE; Specify data types as follows: phone_id, phone_number, and country_code have data type INT. phone_type has date type VARCHAR(12) and contains strings like 'Home', 'Mobile', and 'Other'. Apply…Create a version of the hybrid merge-join method that is suitable for situations where both relations are not physically sorted but have a sorted secondary index on the attributes to be joined?It may be advantageous to keep the join as a materialized view if a parallel data-store is used to hold two relations r and s and we need to connect them. What are the advantages and disadvantages in terms of total throughput, space utilization, and user query response time?