MCQs on Setting Up and Deploying Applications | AWS Elastic Beanstalk Multiple Choice Questions
Elevate your understanding of AWS Elastic Beanstalk with these MCQ questions and answers. Focused on setting up and deploying applications, this set covers environment setup, application deployment methods, and supported platforms and frameworks. These MCQs are ideal for mastering Elastic Beanstalk’s capabilities in managing and deploying scalable web applications.
MCQs
Environment Setup
- What is the primary purpose of AWS Elastic Beanstalk?
a) Managing storage services
b) Simplifying application deployment and management
c) Enabling IoT device communication
d) Automating database migration - Which of the following is required to create an Elastic Beanstalk environment?
a) AWS Lambda function
b) Elastic Load Balancer
c) Application version and platform
d) Amazon Route 53 hosted zone - What is an Elastic Beanstalk environment tier?
a) A virtual machine configuration
b) A type of resource for hosting applications or worker tasks
c) A backup strategy for application data
d) A load balancing option for S3 buckets - How can you configure the capacity of your environment in Elastic Beanstalk?
a) Through AWS Auto Scaling rules
b) By editing EC2 instance types directly
c) Using Elastic Beanstalk environment settings
d) By creating IAM roles - Which AWS service is automatically used to route traffic in an Elastic Beanstalk environment?
a) Amazon CloudWatch
b) AWS Auto Scaling
c) Elastic Load Balancer
d) Amazon RDS - What type of storage does Elastic Beanstalk provide for temporary files?
a) Amazon S3 buckets
b) Instance store
c) Amazon DynamoDB
d) EBS snapshots - Which tool can you use for monitoring your Elastic Beanstalk environment?
a) Amazon Inspector
b) AWS CloudWatch
c) AWS Trusted Advisor
d) Amazon QuickSight - What is the purpose of environment variables in Elastic Beanstalk?
a) Managing data encryption keys
b) Defining configuration settings accessible by the application
c) Storing log files for troubleshooting
d) Monitoring resource usage
Application Deployment Methods
- Which deployment method updates all instances in an Elastic Beanstalk environment simultaneously?
a) Immutable deployment
b) Rolling deployment
c) All-at-once deployment
d) Traffic splitting deployment - What is the advantage of a rolling deployment in Elastic Beanstalk?
a) Provides faster deployment time
b) Ensures zero downtime during updates
c) Uses fewer AWS resources
d) Simplifies application rollback - Which deployment method ensures a new environment is created before replacing the old one?
a) Rolling with additional batch
b) Immutable deployment
c) Blue/green deployment
d) All-at-once deployment - What is the primary purpose of application versions in Elastic Beanstalk?
a) To manage configurations across multiple AWS accounts
b) To store and deploy different versions of your application
c) To back up Elastic Beanstalk environments
d) To set environment permissions - How are application versions stored in Elastic Beanstalk?
a) As Amazon S3 objects
b) As EC2 snapshots
c) In Amazon RDS instances
d) As EFS mount points - What does an Elastic Beanstalk health dashboard indicate?
a) Application traffic volume
b) The performance and status of environment resources
c) IAM role policies
d) Data storage thresholds - Which deployment method minimizes impact during an application update?
a) All-at-once deployment
b) Immutable deployment
c) Rolling deployment
d) Manual deployment
Supported Platforms and Frameworks
- Which programming language is NOT natively supported by Elastic Beanstalk?
a) Java
b) PHP
c) Ruby
d) Swift - How does Elastic Beanstalk support containerized applications?
a) By using Amazon DynamoDB
b) Through Docker support
c) By directly integrating with AWS Lambda
d) Through Amazon Kinesis - Which AWS service works closely with Elastic Beanstalk to manage relational databases?
a) Amazon DynamoDB
b) Amazon Aurora
c) AWS Lambda
d) AWS Glue - Which web server is commonly used with Python applications on Elastic Beanstalk?
a) Nginx
b) Apache HTTP Server
c) IIS
d) Tomcat - What framework is supported for Node.js applications in Elastic Beanstalk?
a) Django
b) Express
c) Laravel
d) Flask - Which Elastic Beanstalk solution stack is best for .NET applications?
a) Node.js
b) IIS with Windows Server
c) Apache Tomcat
d) Ruby - How can you deploy a machine learning model with Elastic Beanstalk?
a) By using Amazon Redshift clusters
b) By packaging it in a Docker container
c) Through Elastic Load Balancers
d) By integrating with AWS AppSync - Which platform does Elastic Beanstalk recommend for PHP applications?
a) Apache HTTP Server
b) Nginx with Node.js
c) IIS with Windows Server
d) Flask - What tool can developers use to deploy applications to Elastic Beanstalk?
a) AWS CLI
b) AWS CodePipeline
c) AWS CloudFormation
d) All of the above - How does Elastic Beanstalk handle unsupported platforms?
a) By using AWS Lambda
b) Through custom platforms
c) By deploying only the supported parts
d) By integrating with Elastic File System
Answer Key
| Qno | Answer |
|---|---|
| 1 | b) Simplifying application deployment and management |
| 2 | c) Application version and platform |
| 3 | b) A type of resource for hosting applications or worker tasks |
| 4 | c) Using Elastic Beanstalk environment settings |
| 5 | c) Elastic Load Balancer |
| 6 | b) Instance store |
| 7 | b) AWS CloudWatch |
| 8 | b) Defining configuration settings accessible by the application |
| 9 | c) All-at-once deployment |
| 10 | b) Ensures zero downtime during updates |
| 11 | c) Blue/green deployment |
| 12 | b) To store and deploy different versions of your application |
| 13 | a) As Amazon S3 objects |
| 14 | b) The performance and status of environment resources |
| 15 | b) Immutable deployment |
| 16 | d) Swift |
| 17 | b) Through Docker support |
| 18 | b) Amazon Aurora |
| 19 | a) Nginx |
| 20 | b) Express |
| 21 | b) IIS with Windows Server |
| 22 | b) By packaging it in a Docker container |
| 23 | a) Apache HTTP Server |
| 24 | d) All of the above |
| 25 | b) Through custom platforms |