Welcome to the Beyond Relational MCQs Page

Dive deep into the fascinating world of Beyond Relational with our comprehensive set of Multiple-Choice Questions (MCQs). This page is dedicated to exploring the fundamental concepts and intricacies of Beyond Relational, a crucial aspect of SQL Server. In this section, you will encounter a diverse range of MCQs that cover various aspects of Beyond Relational, from the basic principles to advanced topics. Each question is thoughtfully crafted to challenge your knowledge and deepen your understanding of this critical subcategory within SQL Server.

Check out the MCQs below to embark on an enriching journey through Beyond Relational. Test your knowledge, expand your horizons, and solidify your grasp on this vital area of SQL Server.

Note: Each MCQ comes with multiple answer choices. Select the most appropriate option and test your understanding of Beyond Relational. You can click on an option to test your knowledge before viewing the solution for a MCQ. Happy learning!

Beyond Relational MCQs | Page 1 of 6

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Q1.

Which of the following code snippet insert the top level manager ‘Jeff Brown’ as hierarchy root?

INSERT INTO Employees
VALUES (1, 'Jeff Brown', NULL, hierarchyid::Root());

INSERT INTO Employees
VALUES (1, 'Jeff Brown', NULL, hierarchyid::GET());

INSERT INTO Employees
VALUES (1, 'Jeff Brown', NULL, hierarchyid::GetRoot());

INSERT INTO Employees
VALUES (1, 'Jeff Brown', NULL, hierarchy::GetRoot());

Discuss

Answer: (c).INSERT INTO Employees
VALUES (1, 'Jeff Brown', NULL, hierarchyid::GetRoot());

Q2.

Point out the correct statement.

HierarchyID data type maps the data as a hashmap, so when traversing the binary tree structure

In real scenarios, you always need to create indexes using Hierarchy ID data type

In HierarchyID, we create indexes in order to make the traversal efficient

None of the mentioned

Discuss

Answer: (c).In HierarchyID, we create indexes in order to make the traversal efficient

Q3.

Which of the following is invalid code associated with hierarchical data type?

CREATE TABLE H (
Node HierarchyID PRIMARY KEY CLUSTERED,
NodeLevel AS Node.GetLevel(),
ID INT UNIQUE NOT NULL,
Name VARCHAR(50) NOT NULL
)

CREATE TABLE H (
Node HierarchyID PRIMARY KEY NON CLUSTERED,
NodeLevel AS Node.GetLevel(),
ID INT UNIQUE NOT NULL,
Name VARCHAR(50) NOT NULL
)

CREATE TABLE H (
Node HierarchyID FOREIGN KEY CLUSTERED,
NodeLevel AS Node.GetLevel(),
ID INT UNIQUE NOT NULL,
Name VARCHAR(50) NOT NULL
)

All of the Mentioned

Discuss

Answer: (c).CREATE TABLE H (
Node HierarchyID FOREIGN KEY CLUSTERED,
NodeLevel AS Node.GetLevel(),
ID INT UNIQUE NOT NULL,
Name VARCHAR(50) NOT NULL
)

Q4.

Which of the following code is used to have a Breadth First index?

CREATE UNIQUE bfs_index
ON H (NodeLevel,Node)

CREATE UNIQUE INDEX bfs_index
ON H (NodeLevel,Node)

CREATE INDEX bfs_index
ON H (NodeLevel,Node)

CREATE UNIQUE INDEX bfs_index
ON H (NodeLevel)

Discuss

Answer: (b).CREATE UNIQUE INDEX bfs_index
ON H (NodeLevel,Node)

Q5.

Point out the wrong statement.

The Depth column comes in handy for performing the indent by using the Space() function

Stored procedures are the easiest way to extract hierarchical data

Inside SQL Server 2008, Microsoft introduces a new data type Index on HierarchyID to handle such type of data and reduce the complexity

None of the Mentioned

Discuss

Answer: (b).Stored procedures are the easiest way to extract hierarchical data

Q6.

What is purpose of GetDescendant method in the following code?

DECLARE @parent HierarchyId = HierarchyId::GetRoot()
INSERT INTO H (Node,ID,Name) VALUES (@parent.GetDescendant(NULL,NULL),2,'Johnny')

Takes 2 arguments

Takes 3 arguments

Takes 4 arguments

All of the mentioned

Discuss

Answer: (a).Takes 2 arguments

Q7.

Which of the following function returns true in the following code?

DECLARE @parent HierarchyId = (SELECT Node FROM H WHERE Name = 'Thuru')
DECLARE @parentNodeLevel INT = (SELECT NodeLevel FROM h WHERE name = 'Thuru')
SELECT Node.ToString() AS NodeText, *  FROM H WHERE Node.IsDescendantOf(@parent) = 'TRUE' 
AND Node != @parent AND 
NodeLevel = @parentNodeLevel + 1

IsDescendantOf

DescendantOf

IsDescendant

None of the mentioned

Discuss

Answer: (a).IsDescendantOf

Q8.

Which of the code deletes node H using hierarchical data type?

DELETE FROM H WHERE Name = ‘Steve’

DROP FROM H WHERE Name = ‘Steve’

DELETE H WHERE Name = ‘Steve’

All of the mentioned

Discuss

Answer: (a).DELETE FROM H WHERE Name = ‘Steve’

Q9.

Which of the following function will be used in the following code for moving nodes?

DECLARE @newParent HierarchyId = (SELECT Node FROM H WHERE name = 'Johnny')
UPDATE H SET Node = Node.__________(Node.GetAncestor(1),@newParent)
WHERE Name = 'S1'

GetReparentedVal

GetReparentedValue

GetValue

None of the mentioned

Discuss

Answer: (b).GetReparentedValue

Q10.

Which of the following code will not throw an error?

DECLARE @child HierarchyId = (SELECT Node FROM H WHERE Name = 'S1')
SELECT * FROM H WHERE Node = @child.GetAnces(2)

DECLARE @child HierarchyId = (SELECT Node FROM H WHERE Name = 'S1')
SELECT * FROM H WHERE Node = @child.GetAncestor(2)

DECLARE @child HierarchyId = (SELECT Node FROM H WHERE Name = 'S1')
SELECT * FROM H WHERE Node = @child.Ancestor(2)

None of the mentioned

Discuss

Answer: (b).DECLARE @child HierarchyId = (SELECT Node FROM H WHERE Name = 'S1')
SELECT * FROM H WHERE Node = @child.GetAncestor(2)

Page 1 of 6

Welcome to the Beyond Relational MCQs Page

Beyond Relational MCQs | Page 1 of 6

Explore more Topics under SQL Server

SQL Server Basics

Data Modification and Constraints

Data Definition Language

Development with SQL Server

Data Connectivity

Enterprise Data Management

Data Security

Monitoring and Auditing

Performance Tuning and Optimization

Business Intelligence and Reporting Services

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