Consider a relation X with six attributes WYSMFE where WS is a composite primary key for X. Assume X has the following functional dependencies (X is one table with the attributes W, Y, S, М, F, E): 1.1) WS → YMFE S> ΥΜΕ E > M a) In what normal form is relation X? Explain why? WS is a primary key, b) Is it possible to decompose X into a number of relations in order to achieve a higher normal form? Explain how (this means using English sentences and a diagram showing the final relation(s)).
Consider a relation X with six attributes WYSMFE where WS is a composite primary key for X. Assume X has the following functional dependencies (X is one table with the attributes W, Y, S, М, F, E): 1.1) WS → YMFE S> ΥΜΕ E > M a) In what normal form is relation X? Explain why? WS is a primary key, b) Is it possible to decompose X into a number of relations in order to achieve a higher normal form? Explain how (this means using English sentences and a diagram showing the final relation(s)).
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:# ICS 311 - Database Management Systems
## Assignment 5
### Question 1: Normalization
Consider a relation X with six attributes WYSFME where WS is a composite primary key for X. Assume X has the following functional dependencies (X is one table with the attributes W, Y, S, M, F, E):
1.1)
- WS ➔ YMFE
- S ➔ YME
- E ➔ M
a) In what normal form is relation X? Explain why?
*WS is a primary key.*
b) Is it possible to decompose X into a number of relations in order to achieve a higher normal form? Explain how (this means using English sentences and a diagram showing the final relation(s)).
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