MCQs on Advanced Topics and Cost Management | Azure Files
Dive deep into Azure’s advanced topics including integration with services like AKS, App Service, cost management, cross-region replication, and migration strategies to optimize your cloud expertise.
Integration with Azure Services (AKS, App Service) (10 MCQs)
- Azure Kubernetes Service (AKS) is primarily used for:
- A) Hosting web applications
- B) Orchestrating containers
- C) Data storage
- D) Running virtual machines
- Which Azure service allows you to deploy and manage web apps without managing infrastructure?
- A) Azure App Service
- B) Azure Functions
- C) Azure Virtual Machines
- D) Azure Blob Storage
- What is the benefit of using Azure App Service?
- A) Scalable and managed web app platform
- B) Free storage for data
- C) High-performance computing for AI
- D) Real-time analytics for large data sets
- How can you scale applications in Azure App Service?
- A) By increasing VM size
- B) By using vertical scaling only
- C) By enabling auto-scaling based on demand
- D) By manually adding storage capacity
- In AKS, what does the Kubernetes master node manage?
- A) Applications
- B) Container orchestration
- C) Data replication
- D) Networking
- What is the key advantage of using Azure Kubernetes Service?
- A) Simplified application lifecycle management
- B) Dedicated infrastructure
- C) Costly pricing models
- D) Manual load balancing
- Which feature of Azure App Service allows continuous deployment from GitHub or Azure Repos?
- A) Deployment slots
- B) App Service Environment
- C) Continuous Integration and Continuous Deployment (CI/CD)
- D) App Insights
- Which component of AKS helps in managing traffic routing between containerized applications?
- A) Azure Load Balancer
- B) Azure Container Registry
- C) Kubernetes Ingress Controller
- D) Azure CDN
- What is the default networking setup for Azure Kubernetes Service?
- A) Azure Virtual Network
- B) Azure ExpressRoute
- C) VPN Gateway
- D) Public IP addresses
- Which Azure feature allows integration of monitoring and diagnostics into AKS?
- A) Azure Monitor
- B) Azure Sentinel
- C) Azure Site Recovery
- D) Azure Traffic Manager
Cross-Region Replication and Migration Strategies (10 MCQs)
- What is Cross-Region Replication in Azure used for?
- A) Load balancing across regions
- B) Reducing storage costs
- C) Improving disaster recovery by replicating data to different regions
- D) Enhancing data encryption
- Which of the following Azure storage services supports cross-region replication?
- A) Azure Blob Storage
- B) Azure Files
- C) Azure Disk Storage
- D) Azure SQL Database
- Which Azure service provides automated disaster recovery across regions?
- A) Azure Site Recovery
- B) Azure Backup
- C) Azure Load Balancer
- D) Azure Virtual Machines
- When planning a migration to Azure, which strategy minimizes downtime?
- A) Lift and Shift
- B) Replatform
- C) Rebuild
- D) Hybrid
- Which is the best strategy for migrating large-scale data to Azure across regions?
- A) Using Azure Migrate
- B) Using Data Box
- C) Manual FTP upload
- D) Using Cloud Adoption Framework
- What is the primary benefit of Cross-Region Replication in Azure for global applications?
- A) Reduced latency and increased availability
- B) Cheaper storage
- C) Higher security
- D) Simplified setup
- Which Azure service ensures near real-time replication of data across regions for Blob Storage?
- A) Azure Traffic Manager
- B) Azure Blob Storage Geo-replication
- C) Azure Content Delivery Network (CDN)
- D) Azure SQL Database
- When migrating to Azure, which is an essential step for ensuring that cloud applications are scalable?
- A) Implementing Virtual Machine Scale Sets
- B) Increasing on-premise storage
- C) Using static IP addresses
- D) Using cloud-only storage
- What Azure tool allows you to assess and manage the migration of on-premises VMs to Azure?
- A) Azure Site Recovery
- B) Azure Migrate
- C) Azure Backup
- D) Azure Monitor
- What is a primary advantage of performing cross-region data migration?
- A) It enables higher availability and disaster recovery
- B) It reduces bandwidth usage
- C) It improves security by using multi-factor authentication
- D) It eliminates the need for storage replication
Pricing Models and Cost Optimization Tips (10 MCQs)
- Which pricing model in Azure is based on usage and does not require upfront payment?
- A) Pay-as-you-go
- B) Reserved instances
- C) Spot pricing
- D) Subscription-based pricing
- What does Azure Reserved Instances help you achieve?
- A) Lower cost by committing to a 1- or 3-year term
- B) On-demand compute
- C) Scaling based on demand
- D) Global replication
- How can Azure cost management help optimize expenses?
- A) By providing a detailed usage report and budgeting tools
- B) By increasing data replication
- C) By automatically shutting down VMs
- D) By automatically switching to the cheapest region
- Which Azure pricing tier offers the most flexibility for compute services?
- A) Standard
- B) Premium
- C) Basic
- D) Spot
- Which of the following helps optimize storage costs in Azure?
- A) Azure Blob Storage tiering
- B) Using Standard SSDs only
- C) Setting up multiple VMs
- D) Reducing network bandwidth
- What is the primary advantage of using Spot Instances in Azure?
- A) Low-cost compute capacity for non-critical workloads
- B) Reserved compute capacity at a fixed price
- C) Guaranteed uptime
- D) Free usage for limited periods
- Which tool can be used to predict and control your Azure costs?
- A) Azure Cost Management + Billing
- B) Azure Monitor
- C) Azure Migrate
- D) Azure AD
- Which is a key benefit of using Azure Hybrid Benefit?
- A) Save on licensing costs by using existing on-premises Windows Server or SQL Server licenses
- B) Free cloud storage
- C) Reduce the need for a cloud subscription
- D) Improved security for hybrid cloud environments
- How can auto-scaling help in optimizing costs in Azure?
- A) By automatically adjusting the number of resources based on demand
- B) By reducing virtual machine size
- C) By reducing cloud storage costs
- D) By optimizing backup frequencies
- Which of the following is a recommended strategy for minimizing Azure costs for long-running workloads?
- A) Use Reserved Instances for long-term compute needs
- B) Use Spot Instances for production workloads
- C) Use Standard SSD for cost optimization
- D) Disable auto-scaling
Answers
| Qno | Answer |
|---|---|
| 1 | B) Orchestrating containers |
| 2 | A) Azure App Service |
| 3 | A) Scalable and managed web app platform |
| 4 | C) By enabling auto-scaling based on demand |
| 5 | B) Container orchestration |
| 6 | A) Simplified application lifecycle management |
| 7 | C) Continuous Integration and Continuous Deployment (CI/CD) |
| 8 | C) Kubernetes Ingress Controller |
| 9 | A) Azure Virtual Network |
| 10 | A) Azure Monitor |
| 11 | C) Improving disaster recovery by replicating data to different regions |
| 12 | A) Azure Blob Storage |
| 13 | A) Azure Site Recovery |
| 14 | A) Lift and Shift |
| 15 | B) Using Data Box |
| 16 | A) Reduced latency and increased availability |
| 17 | B) Azure Blob Storage Geo-replication |
| 18 | A) Implementing Virtual Machine Scale Sets |
| 19 | B) Azure Migrate |
| 20 | A) It enables higher availability and disaster recovery |
| 21 | A) Pay-as-you-go |
| 22 | A) Lower cost by committing to a 1- or 3-year term |
| 23 | A) By providing a detailed usage report and budgeting tools |
| 24 | A) Standard |
| 25 | A) Azure Blob Storage tiering |
| 26 | A) Low-cost compute capacity for non-critical workloads |
| 27 | A) Azure Cost Management + Billing |
| 28 | A) Save on licensing costs by using existing on-premises Windows Server or SQL Server licenses |
| 29 | A) By automatically adjusting the number of resources based on demand |
| 30 | A) Use Reserved Instances for long-term compute needs |