A SysOps Administrator is trying to set up an Amazon Route 53 domain namo to route traffic to a website hosted on Amazon S3 The domain name of the website is www anycompany com and the S3 bucket name is anycompany-static After the record set is set up in Route 53, the domain name www anycompany com does not seem to work, and the static website is not displayed in the browser Which of the following is a cause of this?

• A.The Route 53 record set must have an IAM role that allows access to the S3 bucket
• B.The Route 53 record set must be in the same region as the S3 bucket
• C.The S3 bucket name must match the record sot name in Route 53.
• D.The S3 bucket must be configured with Amazon CloudFront first.

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After a network change, application servers cannot connect to the corresponding Amazon RDS MySQL database.
What should the SysOps Administrator analyze?

• A.VPC Flow Logs
• B.Elastic Load Balancing logs
• C.Amazon CloudFront logs
• D.Amazon RDS MySQL error logs

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A user has two EC2 instances running in two separate regions. The user is running an internal memory management tool, which captures the data and sends it to CloudWatch in US East, using a CLI with the same namespace and metric. Which of the below mentioned options is true with respect to the above statement?

• A.The setup will not work as CloudWatch cannot receive data across regions
• B.CloudWatch will receive and aggregate the data based on the namespace and metric
• C.CloudWatch will give an error since the data will conflict due to two sources
• D.CloudWatch will take the data of the server, which sends the data first

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What is Amazon CloudFront?

• A.A global Content Delivery Network
• B.An encrypted endpoint to upload files to the Cloud
• C.A web service to schedule regular data movement
• D.A development front-end to Amazon Web Services

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A company has a web application that is experiencing performance problems many times each night. A root cause analysis reveals spikes in CPU utilization that last 5 minutes on an Amazon EC2 Linux instance. A SysOps administrator is tasked with finding the process ID (PID) of the service or process that is consuming more CPU.
How can the administrator accomplish this with the LEAST amount of effort?

• A.Configure an AWS Lambda function in Python 3.7 to run every minute to capture the PID and send a notification.
• B.Use the default Amazon CloudWatch CPU utilization metric to capture the PID in the CloudWatch dashboard.
• C.Configure the procstat plugin to collect and send CPU metrics for the running processes.
• D.Log in to the EC2 Linux instance using a .pern key each night and then run the top command

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