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Use the following diagram to answer questions 4-7. EMPLOYEE ID NAME JOB_CODE JOB E001 E001 E002 E002 E003 Alice J01 Alice J02 Bob J02 Bob J03 Alice J01 Chef Waiter Waiter Bartender Chef STATE_CODE 26 26 56 56 56 HOME_STATE Michigan Michigan Wyoming Wyoming Wyoming 4. Is this data already in 1NF? If so, what field(s) make up the primary key? 5. Make a dependency diagram that meets the 1NF standard. 6. Further refine the design to meet 2NF. 7. Make a final revision that is in 3NF.

Use the following diagram to answer questions 4-7. EMPLOYEE ID NAME JOB_CODE JOB E001 E001 E002 E002 E003 Alice J01 Alice J02 Bob J02 Bob J03 Alice J01 Chef Waiter Waiter Bartender Chef STATE_CODE 26 26 56 56 56 HOME_STATE Michigan Michigan Wyoming Wyoming Wyoming 4. Is this data already in 1NF? If so, what field(s) make up the primary key? 5. Make a dependency diagram that meets the 1NF standard. 6. Further refine the design to meet 2NF. 7. Make a final revision that is in 3NF.

Computer Networking: A Top-Down Approach (7th Edition)
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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I have to put the table in the attached image in 2NF and 3NF form, but am stuck. Thanks for your help.

### Data Table Description The table provides information on employees, including their job assignments and location details. It consists of the following columns: - **EMPLOYEE_ID**: A unique identifier for each employee (e.g., E001, E002, E003). - **NAME**: The name of the employee (e.g., Alice, Bob). - **JOB_CODE**: A unique code representing a specific job role (e.g., J01, J02, J03). - **JOB**: The job title associated with the job code (e.g., Chef, Waiter, Bartender). - **STATE_CODE**: A numerical representation of the employee's home state (e.g., 26 for Michigan, 56 for Wyoming). - **HOME_STATE**: The name of the employee's home state (e.g., Michigan, Wyoming). ### Data Entries - Employee E001 (Alice) has a Chef position (J01) in Michigan and a Waiter position (J02) also in Michigan. - Employee E002 (Bob) works as a Waiter (J02) and a Bartender (J03) in Wyoming. - Alice (E003) is recorded again as a Chef (J01) but associated with Wyoming this time. ### Questions for Analysis 4. Is this data already in 1NF? If so, what field(s) make up the primary key? 5. Construct a dependency diagram that meets the 1NF standard. 6. Refine the design further to meet 2NF standards. 7. Make a final revision that adheres to 3NF. This table is useful for understanding basic database normalization concepts and how to transition data through various normal forms to eliminate redundancy and improve data integrity.
Transcribed Image Text:### Data Table Description The table provides information on employees, including their job assignments and location details. It consists of the following columns: - **EMPLOYEE_ID**: A unique identifier for each employee (e.g., E001, E002, E003). - **NAME**: The name of the employee (e.g., Alice, Bob). - **JOB_CODE**: A unique code representing a specific job role (e.g., J01, J02, J03). - **JOB**: The job title associated with the job code (e.g., Chef, Waiter, Bartender). - **STATE_CODE**: A numerical representation of the employee's home state (e.g., 26 for Michigan, 56 for Wyoming). - **HOME_STATE**: The name of the employee's home state (e.g., Michigan, Wyoming). ### Data Entries - Employee E001 (Alice) has a Chef position (J01) in Michigan and a Waiter position (J02) also in Michigan. - Employee E002 (Bob) works as a Waiter (J02) and a Bartender (J03) in Wyoming. - Alice (E003) is recorded again as a Chef (J01) but associated with Wyoming this time. ### Questions for Analysis 4. Is this data already in 1NF? If so, what field(s) make up the primary key? 5. Construct a dependency diagram that meets the 1NF standard. 6. Refine the design further to meet 2NF standards. 7. Make a final revision that adheres to 3NF. This table is useful for understanding basic database normalization concepts and how to transition data through various normal forms to eliminate redundancy and improve data integrity.
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