Explain why the LabList table is in First Normal Form (1NF).

Step 1: Answer Question 1. The table is in First Normal Form (1NF) because: Each column contains atomic values, meaning each cell holds a single, indivisible piece of data (e.g., "LAB 1", "B Block", "30"). There are no repeating groups of columns or rows. Each row is unique, and there are no multiple values in a single column for a given row. Step 2: Answer Question 2. A data dictionary describes the structure of a database. For the given LabList table, it would include: Lab No: Data Type: Integer, Primary Key, Description: Unique identifier for each

Explain why the LabList table is in First Normal Form (1NF).

Step 1: Answer Question 1. The table is in First Normal Form (1NF) because: Each column contains atomic values, meaning each cell holds a single, indivisible piece of data (e.g., "LAB 1", "B Block", "30"). There are no repeating groups of columns or rows. Each row is unique, and there are no multiple values in a single column for a given row. Step 2: Answer Question 2. A data dictionary describes the structure of a database. For the given LabList table, it would include: Lab No: Data Type: Integer, Primary Key, Description: Unique identifier for each

Solved: Explain why the LabList table is in First Normal…

The table is in First Normal Form (1NF) because:

Each column contains atomic values, meaning each cell holds a single, indivisible piece of data (e.g., "LAB 1", "B Block", "30").
There are no repeating groups of columns or rows. Each row is unique, and there are no multiple values in a single column for a given row.

Explain why the LabList table is in First Normal Form (1NF).

Step-by-step solution

Answer Question 1.

Answer Question 2.

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