Write a 200 word summary comparing and contrasting what you saw in terms of time to execute each step from 1-3, and why you think this is so. Next (not part of the aforementioned 200 words) state a situation in which you think each may be appropriateAppend 10 records to the Student table of your own design – this means you will be creating 10 records to insert into the tableThis is accomplished via an Insert Into Student Values(1,2,3,etc….) You can model your queries off of the samples within Module 1, but bear in mind you now have indexes built and will not be able to duplicate rows so make sure you don’t use an ID in the student table that is already in use.Truncate and Replace the Sections table the truncate statement conveyed in the lecture slides, and then insert the data from Module 1 (note you do not want to run the create table portion again, as you’ve truncated the table it keeps the structure in place and just deletes the records). The image displays a screenshot of a SQL management tool interface. Below is a detailed transcription and explanation suitable for educational purposes:### SQL Management Tool Interface#### Connections and Server Management- **Servers Panel**: Displays a list of servers connected to the tool. The current server is "localhost" with the default login "(sa)".- **Databases**: - A database named "AShahbain" is selected. - Under this database, there are multiple tables listed: `dbo.address`, `dbo.course`, `dbo.department`, `dbo.enrollment`, `dbo.faculty`, `dbo.section`, and `dbo.student`.#### Table Information- **Selected Table**: `dbo.student` - **Columns**: - `ID` (int, nullable) - `Name_First` (varchar(255), nullable) - `Name_Last` (varchar(255), nullable) - `Birth_Dt` (varchar(255), nullable) - `Major` (varchar(255), nullable) - `Advisor_ID` (int, nullable) - `Address_ID` (int, nullable)#### SQL Query Execution- **SQL Query Editor**: - The editor shows a set of `INSERT` statements: ```sql INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(56932, 45146, 86187) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(56952, 45156, 86197) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(56982, 45166, 86207) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(55932, 45176, 86217) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(56952, 45186, 86227) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(56922, 45456, 86987) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(76932, 45446, 86757) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(58932, 45486, 86357) INSERT INTO dbo.student(ID, Name_First, Name_Last) VALUES(56932, 45946, 86977) INSERT **SQL Management and Execution Overview***SQLQuery Interface*The interface displayed is part of a SQL management tool connected to the database "AShahbain." It provides options to run, cancel, disconnect, and change queries. Several additional features such as enabling the actual plan, parsing, enabling SQLCMD, and saving results to a notebook are available for advanced database analysis and documentation.*SQL Command Execution*The command executed in the query window is:```TRUNCATE TABLE dbo.section```This SQL statement is used to remove all rows from the table named "section" in the "dbo" schema, effectively clearing it but maintaining the table structure for future data.*Execution Messages*The "Messages" pane logs a successful execution with the following details:- **Timestamp**: 6:04:04 PM- **Execution Status**: "Started executing query at Line 1" followed by "Commands completed successfully."- **Execution Time**: The total execution time recorded is 0.061 seconds.This indicates a swift execution, typical for a truncate operation which is efficient in removing data from a table without logging individual row deletions.*Database Structure Overview*On the left side, the database table hierarchy is visible, displaying various fields and data types associated with the database. This includes integer fields, varchar fields with specified lengths, and nullable fields, providing insights into the schema design and data types used in the database structure.Understanding this interface and the components involved is crucial for efficient database management and manipulation, ensuring that operations like truncating tables are performed correctly and with full awareness of their implications.

In the database management, the efficiency and speed of various operations play a crucial role in…

Answered: Write a 200 word summary comparing and…

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE