Download Provisioning SQL Databases.70-765.ActualTests.2018-12-01.98q.vcex

Vendor: Microsoft
Exam Code: 70-765
Exam Name: Provisioning SQL Databases
Date: Dec 01, 2018
File Size: 2 MB

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Question 1
You plan to migrate a database to Microsoft Azure SQL Database. The database requires 500 gigabytes (GB) of storage. 
The database must support 50 concurrent logins. You must minimize the cost associated with hosting the database. 
You need to create the database. 
Which pricing tier should you use?
  1. Standard S3 pricing tier
  2. Premium P2 tier
  3. Standard S2 pricing tier
  4. Premium P1 tier
Correct answer: D
Explanation:
For a database size of 500 GB the Premium tier is required. Both P1 and P2 are adequate. P1 is preferred as it is cheaper. Note:    Incorrect Answers:A, C: Maximum database size is 250 GB for the Standard pricing tier.References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-service-tiers
For a database size of 500 GB the Premium tier is required. 
Both P1 and P2 are adequate. P1 is preferred as it is cheaper. 
Note:
  
Incorrect Answers:
A, C: Maximum database size is 250 GB for the Standard pricing tier.
References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-service-tiers
Question 2
You plan to deploy 20 Microsoft Azure SQL Database instances to an elastic pool in Azure to support a batch processing application. 
Two of the databases in the pool reach their peak workload threshold at the same time every day. This leads to inconsistent performance for batch completion. 
You need to ensure that all batches perform consistently. 
What should you do? 
  1. Create an In-Memory table.
  2. Increase the storage limit in the pool. 
  3. Implement a readable secondary database.
  4. Increase the total number of elastic Database Transaction Units (eDTUs) in the pool.
Correct answer: D
Explanation:
In SQL Database, the relative measure of a database's ability to handle resource demands is expressed in Database Transaction Units (DTUs) for single databases and elastic DTUs (eDTUs) for databases in an elastic pool. A pool is given a set number of eDTUs, for a set price. Within the pool, individual databases are given the flexibility to auto-scale within set parameters. Under heavy load, a database can consume more eDTUs to meet demand. Additional eDTUs can be added to an existing pool with no database downtime. References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-elastic-pool
In SQL Database, the relative measure of a database's ability to handle resource demands is expressed in Database Transaction Units (DTUs) for single databases and elastic DTUs (eDTUs) for databases in an elastic pool. 
A pool is given a set number of eDTUs, for a set price. Within the pool, individual databases are given the flexibility to auto-scale within set parameters. Under heavy load, a database can consume more eDTUs to meet demand. 
Additional eDTUs can be added to an existing pool with no database downtime. 
References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-elastic-pool
Question 3
A company has an on-premises Microsoft SQL Server 2014 environment. The company has a main office in Seattle, and remote offices in Amsterdam and Tokyo. 
You plan to deploy a Microsoft Azure SQL Database instance to support a new application. You expect to have 100 users from each office. 
In the past, users at remote sites reported issues when they used applications hosted at the Seattle office. 
You need to optimize performance for users running reports while minimizing costs. 
What should you do?
  1. Implement an elastic pool.
  2. Implement a standard database with readable secondaries in Asia and Europe, and then migrate the application.
  3. Implement replication from an on-premises SQL Server database to the Azure SQL Database instance.
  4. Deploy a database from the Premium service tier.
Correct answer: B
Explanation:
References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-geo-replication-transact-sql#add-secondary-database
References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-geo-replication-transact-sql#add-secondary-database
Question 4
You are the database administrator for Contoso, Ltd. The company has 200 offices around the world. The company has corporate executives that are located in offices in London, New York, Toronto, Sydney, and Tokyo. 
Contoso, Ltd. has a Microsoft Azure SQL Database environment. You plan to deploy a new Azure SQL Database to support a variety of mobile applications and public websites. 
The company is deploying a multi-tenant environment. The environment will host Azure SQL Database instances. The company plans to make the instances available to internal departments and partner companies. Contoso is in the final stages of setting up networking and communications for the environment. 
Existing Contoso and Customer instances need to be migrated to Azure virtual machines (VM) according to the following requirements:
  • Contoso instances – should use the method requiring the least administrative effort to migrate instances to Azure Vms. 
  • Customer instances – should use a method that allows customers to bring their own licenses to Azure VMs. Customers have approved down time for the migration. 
The company plans to deploy a new order entry application and a new business intelligence and analysis application. Each application will be supported by a new database. Contoso creates a new Azure SQL database named Reporting. The database will be used to support the company's financial reporting requirements. 
You associate the database with the Contoso Azure Active Directory domain. 
Each location database for the data entry application may have an unpredictable amount of activity. Data must be replicated to secondary databases in Azure datacenters in different regions. 
To support the application, you need to create a database named contosodb1 in the existing environment. 
Objects 
 
Database 
The contosodb1 database must support the following requirements:
  • a size of at least 200 gigabytes (GB) 
  • 1,000 concurrent sessions 
  • point-in-time restore to any point in the two weeks prior to a failure 
  • minimize costs 
Application 
For the business intelligence application, corporate executives must be able to view all data in near real-time with low network latency. 
Contoso has the following security, networking, and communications requirements:
  • Multi-Location Load Balancing – to ensure customers have access to their tenants at multiple Azure locations across the world. 
  • Secure Message/Data Flow – to securely support communication between Azure and on-premises applications and services. 
  • Accounts should support accessing external domain resources and be configured in the most secure and lowest-maintenance way possible, including meeting the company policy of regular service account password changes. 
You need to configure the data entry and business intelligence databases. 
In the table below, identify the option that you must use for each database. 
NOTE: Make only one selection in each column.
Correct answer: To display the answer, ProfExam Simulator is required.
Explanation:
Data Entry: Geo-replicated database onlyFrom Contoso scenario: Each location database for the data entry application may have an unpredictable amount of activity. Data must be replicated to secondarydatabases in Azure datacenters in different regions. Business intelligence: Elastic database pools onlyFrom Contoso scenario: For the business intelligence application, corporate executives must be able to view all data in near real-time with low network latency.SQL DB elastic pools provide a simple cost effective solution to manage the performance goals for multiple databases that have widely varying and unpredictable usage patterns. References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-elastic-pool
Data Entry: Geo-replicated database only
From Contoso scenario: Each location database for the data entry application may have an unpredictable amount of activity. Data must be replicated to secondary
databases in Azure datacenters in different regions. 
Business intelligence: Elastic database pools only
From Contoso scenario: For the business intelligence application, corporate executives must be able to view all data in near real-time with low network latency.
SQL DB elastic pools provide a simple cost effective solution to manage the performance goals for multiple databases that have widely varying and unpredictable 
usage patterns. 
References: https://docs.microsoft.com/en-us/azure/sql-database/sql-database-elastic-pool
Question 5
You administer all the deployments of Microsoft SQL Server 2012 in your company. You have two servers in the same data center that hosts your production database. 
You need to ensure that the database remains available if a catastrophic server failure or a disk failure occurs. 
You also need to maintain transactional consistency of the data across both servers. 
You need to achieve these goals without manual intervention. 
Which configuration should you use?
  1. Two servers configured in a Windows Failover Cluster in the same data center SQL Server configured as a clustered instance
  2. SQL Server that includes an application database configured to perform transactional replication
  3. Two servers configured in the same data centerA primary server configured to perform log-shipping every 10 minutes A backup server configured as a warm standby
  4. Two servers configured in different data centersSQL Server Availability Group configured in Synchronous-Commit Availability Mode One server configured as an Active Secondary
  5. Two servers configured in the same data centerSQL Server Availability Group configured in Asynchronous-Commit Availability Mode One server configured as an Active Secondary
  6. Two servers configured in different data centersSQL Server Availability Group configured in Asynchronous-Commit Availability Mode
  7. SQL Server that includes an application database configured to perform snapshot replication
  8. Two servers configured on the same subnetSQL Server Availability Group configured in Synchronous-Commit Availability Mode
Correct answer: H
Explanation:
Always On availability groups supports two availability modes—asynchronous-commit mode and synchronous-commit mode Synchronous-commit mode emphasizes high availability over performance, at the cost of increased transaction latency. References: https://docs.microsoft.com/en-us/sql/database-engine/availability-groups/windows/availability-modes-always-on-availability-groups#SyncCommitAvMode
Always On availability groups supports two availability modes—asynchronous-commit mode and synchronous-commit mode 
Synchronous-commit mode emphasizes high availability over performance, at the cost of increased transaction latency. 
References: https://docs.microsoft.com/en-us/sql/database-engine/availability-groups/windows/availability-modes-always-on-availability-groups#SyncCommitAvMode
Question 6
You create an availability group that has replicas named HA/Server01 and HA/Server02. 
Currently, HA/Server01 is the primary replica. 
You have multiple queries that read data and produce reports from the database. 
You need to offload the reporting workload to the secondary replica when HA/Server01 is the primary replica. 
What should you do?
  1. Set the Availability Mode property of HA/Server02 to Asynchronous commit.
  2. Set the Readable Secondary property of HA/Server02 to Read-intent only.
  3. Set the Connections in Primary Role property of HA/Server01 to Allow read/write connections. 
  4. Set the Availability Mode property of HA/Server01 to Asynchronous commit.
Correct answer: B
Explanation:
To set up a readable secondary replica, you first create an availability group. Then you add replicas. You can choose either Yes or Read-intent only options.     References: http://msdn.microsoft.com/en-us/library/jj542414.aspx
To set up a readable secondary replica, you first create an availability group. Then you add replicas. 
You can choose either Yes or Read-intent only options. 
  
References: http://msdn.microsoft.com/en-us/library/jj542414.aspx
Question 7
You plan to install Microsoft SQL Server 2012 for a web hosting company. 
The company plans to host multiple web sites, each supported by a SQL Server database. 
You need to select an edition of SQL Server that features backup compression of databases, basic data integration features, and low total cost of ownership. 
Which edition should you choose?
  1. Express Edition with Tools
  2. Standard Edition
  3. Web Edition
  4. Express Edition with Advanced Services
Correct answer: B
Explanation:
Incorrect Answers:A, D: Express edition has severe limitations.C: SQL Server 2012 Web edition is a low total-cost-of-ownership option for Web hosters and Web VAPs to provide scalability, affordability, and manageability capabilities for small to large scale Web properties. References: https://msdn.microsoft.com/en-us/library/ms144275(v=sql.110).aspx
Incorrect Answers:
A, D: Express edition has severe limitations.
C: SQL Server 2012 Web edition is a low total-cost-of-ownership option for Web hosters and Web VAPs to provide scalability, affordability, and manageability capabilities for small to large scale Web properties. 
References: https://msdn.microsoft.com/en-us/library/ms144275(v=sql.110).aspx
Question 8
You use Microsoft Azure Resource Manager to deploy two new Microsoft SQL Server instances in an Azure virtual machine (VM). VM has 28 gigabytes (GB) of memory. The instances are named Instance1 and Instance2, respectively. 
The various databases on the instances have the following characteristics:
  
You run the following Transact-SQL statements:
  
You need to configure each SQL Server instance to correctly allocate memory. 
What should you do?
  1. On Instance1, run the following Transact-SQL code: 
      
    On Instance2, run the following Transact-SQL code:
      
  2. A. On Instance1, run the following Transact-SQL code: 
      
    On Instance2, run the following Transact-SQL code:
      
  3. On Instance1, run the following Transact-SQL code: 
      
    On Instance2, run the following Transact-SQL code:
      
  4. On Instance1, run the following Transact-SQL code: 
      
    On Instance2, run the following Transact-SQL code:
      
Correct answer: D
Explanation:
Incorrect Answers:A, C: The awefeature will be removed in newer version of Microsoft SQL Server. Do not use this feature in new development work, and modify applications that currently use this feature as soon as possible. B: Automatic soft-NUMA is disabled by default, and this setting is not relevant here.References: https://docs.microsoft.com/en-us/sql/database-engine/configure-windows/server-configuration-options-sql-server
Incorrect Answers:
A, C: The awefeature will be removed in newer version of Microsoft SQL Server. Do not use this feature in new development work, and modify applications that currently use this feature as soon as possible. 
B: Automatic soft-NUMA is disabled by default, and this setting is not relevant here.
References: https://docs.microsoft.com/en-us/sql/database-engine/configure-windows/server-configuration-options-sql-server
Question 9
You manage a Microsoft SQL Server environment in a Microsoft Azure virtual machine. 
You must enable Always Encrypted for columns in a database. 
You need to configure the key store provider. 
What should you do?
  1. Use the Randomized encryption type
  2. Modify the connection string for applications.
  3. Auto-generate a column master key.
  4. Use the Azure Key Vault.
Correct answer: D
Explanation:
There are two high-level categories of key stores to consider - Local Key Stores, and Centralized Key Stores. Centralized Key Stores - serve applications on multiple computers. An example of a centralized key store is Azure Key Vault. Local Key Stores References: https://docs.microsoft.com/en-us/sql/relational-databases/security/encryption/create-and-store-column-master-keys-always-encrypted
There are two high-level categories of key stores to consider - Local Key Stores, and Centralized Key Stores. 
  • Centralized Key Stores - serve applications on multiple computers. An example of a centralized key store is Azure Key Vault. 
  • Local Key Stores 
References: https://docs.microsoft.com/en-us/sql/relational-databases/security/encryption/create-and-store-column-master-keys-always-encrypted
Question 10
Note: This question is part of a series of questions that use the same or similar answer choices. An answer choice may be correct for more than one question in the series. Each question is independent of the other questions in this series. Information and details provided in a question apply only to that question. 
You have deployed several GS-series virtual machines (VMs) in Microsoft Azure. You plan to deploy Microsoft SQL Server in an Always On Availability Group. You expect to have less than 1 million IO transaction per month. 
You need to recommend a storage solution for the SQL Servers. The solution must minimize costs. 
Which storage option should you use?
  1. Premium P10 disk storage
  2. Premium P20 disk storage
  3. Premium P30 disk storage
  4. Standard locally redundant disk storage
  5. Standard geo-redundant disk storage
  6. Standard zone redundant blob storage
  7. Standard locally redundant blob storage
  8. Standard geo-redundant blob storage
Correct answer: A
Explanation:
P10 has 500 IOPS per disk, which provides for more than 1 million IOPS per month. Note: 3600*30* 500 is 54 million IOPS/month.References: https://azure.microsoft.com/en-us/pricing/details/managed-disks/
P10 has 500 IOPS per disk, which provides for more than 1 million IOPS per month. 
Note: 3600*30* 500 is 54 million IOPS/month.
References: https://azure.microsoft.com/en-us/pricing/details/managed-disks/
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