The table is in cell range A1:H11 because:

Here are the solutions to your ICT task: 1. The table is in cell range A1:H11 because: Reason 1: The data begins in the top-leftmost cell of the spreadsheet, which is cell A1. Reason 2: The data spans across 8 columns (A to H) and 11 rows (1 to 11), making H11 the bottom-rightmost cell of the data range. 2. To create a database in MS Excel and save it: Open MS Excel and enter the provided student data into a new worksheet, starting from cell A1. Ensure the column headers (ID, First Name, Last Name, Department, Student ID, Gender, Lab, Section) are in the first row. Save the Excel file as LabData.xlsx in your candidate folder. 3. To import the spreadsheet into your database: Open MS Access and create a new blank database. Go to the "External Data" tab, select "New Data Source" > "From File" > "Excel". Browse to your LabData.xlsx file and select "Import the source data into a new table in the current database". Click "OK". In the Import Spreadsheet Wizard, ensure "First Row Contains Column Headings" is checked. Click "Next". Review the field names and data types. Click "Next". Choose "Let Access add primary key" or select "ID" as the primary key. Click "Next". Name the table (e.g., StudentsData). Click "Finish", then "Close". 4. To create a query or form for male students in Lab 1 or Lab 2: In MS Access, go to the "Create" tab and select "Query Design". Add the StudentsData table to the query. Drag the First Name, Last Name, and Department fields to the design grid. In the Gender field's "Criteria" row, type "M". In the Lab field's "Criteria" row, type "LAB 1". In the "Or" row directly below it, type "LAB 2". Set the Department field's "Sort" row to Ascending*. Adjust the field widths in the datasheet view by dragging the column boundaries. Save the query as MaleLab. 5. Two possible ways to select all fields in a database context (e.g., in a query design view): Drag the asterisk (\) from the table field list to the query design grid. Select each individual field name (e.g., First Name, Last Name, Department, etc.) and drag them one by one to the query design grid. 6. To normalize the database and create the sub-tables: Students Table: Create a new table with fields: StudentID (Primary Key), FirstName, LastName, Gender. Subjects Table: Create a new table with fields: SubjectID (Primary Key, e.g., Department from original table), SubjectName. LabRoom Table: Create a new table with fields: SectionID (Primary Key, e.g., Section from original table), LabRoomName (e.g., Lab from original table). Populate these tables with unique data from the original StudentsData table. For example, Subjects would contain "Science", "Arts", "Business". LabRoom would contain "LAB 1", "LAB 2", "LAB 3" and "LAB 1", "LAB 2", "LAB 3" for sections. 7. To create a relationship among the database tables using referential integrity: In MS Access, go to the "Database Tools" tab and click "Relationships". Add the Students, Subjects, and LabRoom tables to the Relationships window. Drag the SubjectID field from the Subjects table to the corresponding Department (or SubjectID) field in the Students table. Drag the SectionID field from the LabRoom table to the corresponding Section (or SectionID) field in the Students table. For each relationship, check the "Enforce Referential Integrity" box and click "Create". This ensures data consistency between the linked tables. That's 2 down. 3 left today — send the next one.