1. An organization created 5 users AMI. The organization wants to give them the same login ID, but different passwords. How the organization can achieve this?

A) The organization should create a separate login ID, but give users of AIM the same alias so everyone can connect with their alias
B) It is impossible to have the same login ID for multiple users of the same IAM Account
C) The organization should create each user in a separate area so they have their own login URL
D) The organization should create groups and add each user with the same login ID to different groups. The user can log in with their own group ID
E) None


2. Your EC2-based multi-level includes a monitoring body that is periodically -Level Application read only the demands of various application components and, if necessary, those who fail more than three times 30 seconds cloud application calls fire look lo alarm, alarm and notify your operations team by email and SMS of a health problem of possible application. However, you should also watch the watchman -the case of monitoring itself - and be notified if it becomes unhealthy. Which of the following is a simple way to achieve this?

A) Set an alarm clock cloud based on the use of the Monitoring processor and nave alarm inform your operations team if C r CPU utilization exceeds 50% just over a minute then appointments of the monitoring application to a CPU bound loop should detect application problems.
B) None
C) Ask monitoring bodies send messages to an SOS queue and queue messages on another forum 0 c- should cease queue to have nemessages, the second instance must first terminate the original control instance start following another backup instance and assume (he role of the previous supervisory body and begins adding an SOS message to the queue.
D) Set an alarm shows cloud based controls EC2 system state and instance and alarm inform your operations team of any problems detected with the monitoring mechanism.
E) Run another instance of surveillance that pings the Monitoring and fires could watch alarm notifies carpet your operational team should the main supervisory body becomes unhealthy.


3. When an EC2 instance is supported by S3-based AMI is over, what happens to the data volume root on me?

A) The data is automatically deleted.
B) The data are automatically recorded a volume E8S.
C) The data is unavailable until the instance is restarted.
D) Data is automatically stored as a snapshot of the SSE.



4. You have an application type with a stateless web, but CPU and memory Web tier high intensity running on a 8xlarge cc2 EC2 instance within a VPC The instance in charge of back problems applications in the SLA as defined by your company the application maintains state in a Dynamo DB table, but the level of data is properly supplied and answers are always fast. How can you better solve the problem of the replies application does not meet your SLA?

A) Add another CC2 8xlarge application instance, and put both behind an Elastic Load Balancer
B) Move the cc2 8xlarge in the same area as the availability of the DB table Dynamo
C) Cache Database responses in the elastic cache for faster access
D) None
E) Move Dynamo DB database My SQL RDS scale-out configuration replica reading


5. Your application currently operates AWS Auto Scaling to grow and shrink as load increases decreases and is doing well your marketing team on a steady rise in traffic to follow next campaign will result in a 20x growth in traffic over 4 weeks Your forecast for the approximate number of Amazon EC2 instances needed to meet peak demand is 175. What should you do to avoid potential service interruptions during the rise of the traffic?

A) Make sure you pre-allocated 175 Elastic IP addresses so that each server will be able to get one as it launches
B) Check the service limits Trusted Advisor and adjust if necessary so that the expected number remains within limits.
C) Change Automatic Scaling configuration to define a desired capacity of 175 before the start of the marketing year
D) None
E) Preheat your Elastic Load Balancer to meet anticipated requests per second during peak demand before the marketing year