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AZ-305: Design data storage solutions Microsoft Quiz Answers
Get AZ-305: Design data storage solutions Microsoft Quiz Answers
Design data storage solutions including non-relational storage, relational storage, and data integration.
This learning path helps prepare you for Exam AZ-305: Designing Microsoft Azure Infrastructure Solutions.
Prerequisites:
- Conceptual knowledge of storage accounts, blobs, files, disks, data protection, and databases.
- Working experience with creating and securing storage systems, designing database solutions, and integrating data solutions.
Module 1: Design a data storage solution for non-relational data
Azure Architects design and recommend non-relational data storage solutions.
Learning objectives:
In this module, you learn how to:
- Design for data storage.
- Design for Azure storage accounts.
- Design for Azure Blob Storage.
- Design for data redundancy.
- Design for Azure Files.
- Design for Azure managed disks.
- Design for storage security.
Prerequisites:
- Conceptual knowledge of storage accounts, blobs, files, disks, and data protection.
- Working experience with creating and securing storage systems.
Quiz 1: Knowledge check
Q1. What’s the best way for Tailwind Traders to protect their warranty information?
- Legal hold policy
- Time-based retention policy
- Private endpoint for storage account
Q2. Which storage option should Tailwind Traders use for their photos and videos?
- Blob Storage
- Azure Files
- Disk storage
Q3. How can you provide your developers with access to the business e-commerce HTML files?
- Enable secure transfer
- Enable firewall policies and rules
- Shared access signatures
Q4. Which access tier should be used for the older versions of the product catalog?
- Hot access tier
- Cool access tier
- Archive access tier
Module 2: Design a data storage solution for relational data
Azure Architects design and recommend relational data storage solutions.
Learning objectives:
In this module, you learn how to:
- Design for Azure SQL Database.
- Design for Azure SQL Managed Instance.
- Design for SQL Server on Azure Virtual Machines.
- Recommend a solution for database scalability.
- Recommend a solution for database availability.
- Design protection for data at rest, data in transmission, and data in use.
- Design for Azure SQL Edge.
- Design for Azure Cosmos DB.
- Design for Azure Table Storage.
Prerequisites:
- Working experience with database solutions.
- Conceptual knowledge of SQL Server.
Quiz 1: Knowledge check
Q1. Which Azure SQL deployment option should be the easiest method to migrate the Inventory application?
- Azure SQL Managed Instance
- Azure SQL Database, single database
- SQL Server on Azure Virtual Machines
Q2. What’s the optimal Azure SQL deployment option to migrate the HR application?
- Azure SQL Managed Instance
- Azure SQL Database
- SQL Server in an Azure virtual machine
Q3. Which database service tier best supports the large on-premises database migration?
- General Purpose
- Hyperscale
- Business Critical
Module 3: Design data integration
Azure Architects design and recommend data integration solutions.
Learning objectives:
In this module, you’ll learn how to:
- Design a data integration solution with Azure Data Factory.
- Design a data integration solution with Azure Data Lake.
- Design a data integration and analytics solution with Azure Databricks.
- Design a data integration and analytics solution with Azure Synapse Analytics.
- Design a strategy for hot/warm/cold data path.
- Design Azure Stream Analytics solution for Data Analysis.
Prerequisites:
- Working experience with data integration solutions.
- Conceptual knowledge of data integration solutions.
Quiz 1: Knowledge check
Q1. Based on the manufacturing data requirement what solution meets the requirements?
- Azure Data Factory
- Azure Databricks
- Azure Data Lake
Q2. Based on the real time data requirements what solution provides real-time data ingestion and storage of multiple data sources?
- Azure Data Lake
- Azure Databricks
- Azure Blob Storage
Q3. Based on the historical company data requirements what solution meets the requirements?
- Cold storage
- Hot storage
- Warm storage
Conclusion:
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