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Amazon AWS Certified Cloud Practitioner CLF-C02 Bundle

Exam Code: AWS Certified Cloud Practitioner CLF-C02

Exam Name AWS Certified Cloud Practitioner CLF-C02

Certification Provider: Amazon

Corresponding Certification: AWS Certified Cloud Practitioner

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Amazon AWS Certified Cloud Practitioner CLF-C02 Practice Test 78

Question 770

A team considers the following AWS use case: An office application uses expensive physical servers because management expects every workload to be at peak usage permanently. Which limitation remains relevant?

  1. Cost comparisons depend on realistic usage and labor assumptions.
  2. Not every license is portable and software audit requirements remain relevant.
  3. Operating expenses can rise unexpectedly if usage is left unmonitored.
  4. Storage and other retained resources may still incur charges while compute is off.

Explanation

Correct Answer

D:

Storage and other retained resources may still incur charges while compute is off. This directly addresses the question rather than a different AWS use case. Cloud variable-cost economics support reducing capacity during predictable low-use periods. Recognize the requirement: Look for usage cycles and costs from idle fixed infrastructure. At a high level, evaluate cloud usage patterns and scheduled resource reduction where supported. The intended outcome is: Consumption-based cost declines when the office workload is inactive. Keep in mind: Storage and other retained resources may still incur charges while compute is off.

Incorrect Answers

A:

Total cost of ownership includes facilities, staffing, power, and operational expenses as well as hardware. That addresses a different mechanism; this question turns on Storage and other retained resources may still incur charges.

B:

Bring Your Own License permits eligible existing licenses under the vendor's and AWS's licensing conditions. In the present case the governing issue is Storage and other retained resources may still incur charges, which this does not resolve.

C:

Cloud economics can replace some up-front capital expenditure with variable operating expenditure. That observation may hold without resolving the relevant issue: Storage and other retained resources may still incur charges.

Question 771

Which high-level AWS choice is most appropriate for this business requirement? A team wants to orchestrate containerized applications on AWS without adopting Kubernetes tooling.

  1. Choose an eligible ECS or EKS workload configured to run on Fargate.
  2. Use Amazon ECS for the supported container workload.
  3. Use Amazon EKS when a Kubernetes-based solution is appropriate.
  4. Choose an EC2 instance family suitable for the workload's compute and memory profile.

Explanation

Correct Answer

B:

Use Amazon ECS for the supported container workload. This is the best high-level recommendation for the stated situation. Amazon Elastic Container Service is an AWS container orchestration service. The key business clue is: Look for managed scheduling of containers using AWS-native container controls. A suitable choice is: Use Amazon ECS for the supported container workload. An expected result is: The application containers are scheduled and managed through an ECS service. Important limitation: Container orchestration still requires properly configured images, permissions, and networking.

Incorrect Answers

A:

AWS Fargate provides serverless compute capacity for supported ECS and EKS containers. That addresses a different mechanism; this question turns on Use Amazon ECS for the supported container workload.

C:

Amazon Elastic Kubernetes Service provides managed Kubernetes control plane capabilities. That observation may hold without resolving the relevant issue: Use Amazon ECS for the supported container workload.

D:

Amazon EC2 provides resizable virtual server capacity with configurable instance families. It does not verify the requested outcome; here the decisive check concerns Use Amazon ECS for the supported container workload.

Question 772

Which AWS service or cloud concept best explains the requirement? A solo developer needs a simple AWS virtual private server for a small website with predictable configuration.

  1. Amazon Lightsail offers simplified virtual private server bundles for suitable small workloads.
  2. Amazon Elastic Container Service is an AWS container orchestration service.
  3. Amazon EC2 provides resizable virtual server capacity with configurable instance families.
  4. Amazon Elastic Kubernetes Service provides managed Kubernetes control plane capabilities.

Explanation

Correct Answer

A:

Amazon Lightsail offers simplified virtual private server bundles for suitable small workloads. The case involves: A solo developer needs a simple AWS virtual private server for a small website with predictable configuration. The central AWS principle is that amazon Lightsail offers simplified virtual private server bundles for suitable small workloads. What matters is: Look for easy-to-understand server packaging rather than highly customized infrastructure. Recommended direction: Evaluate Lightsail for a small straightforward web application. Expected indication of success: The developer can deploy the simple site using a bundled server offering. Caveat: Lightsail may not offer every advanced flexibility of a custom EC2 architecture.

Incorrect Answers

B:

Amazon Elastic Container Service is an AWS container orchestration service. In the present case the governing issue is Amazon Lightsail offers simplified virtual private server bundles for, which this does not resolve.

C:

Amazon EC2 provides resizable virtual server capacity with configurable instance families. That observation may hold without resolving the relevant issue: Amazon Lightsail offers simplified virtual private server bundles for.

D:

Amazon Elastic Kubernetes Service provides managed Kubernetes control plane capabilities. It does not verify the requested outcome; here the decisive check concerns Amazon Lightsail offers simplified virtual private server bundles for.

Question 773

Which AWS recommendation best addresses this requirement at a foundational level? A cloud security engineer wants official articles and best-practice guidance from AWS on emerging security topics.

  1. Consult authoritative AWS security guidance for relevant practices and updates.
  2. Evaluate approved third-party security offerings through AWS Marketplace.
  3. Use AWS's security documentation resources to understand the available services.
  4. Use Security Hub aggregation and standards views in the appropriate accounts.

Explanation

Correct Answer

A:

Consult authoritative AWS security guidance for relevant practices and updates. This directly addresses the question rather than a different AWS use case. The AWS Security Blog and official AWS security documentation offer security-focused guidance. Recognize the requirement: Look for knowledge resources rather than a runtime threat scanner. At a high level, consult authoritative AWS security guidance for relevant practices and updates. The intended outcome is: The engineer can reference official guidance when recommending a documented control. Keep in mind: Guidance must be applied to the actual architecture and does not enforce itself.

Incorrect Answers

B:

AWS Marketplace lists eligible third-party software and services for AWS customers. In the present case the governing issue is Consult authoritative AWS security guidance for relevant practices and, which this does not resolve.

C:

AWS security documentation and the AWS Security Center provide information about AWS security capabilities. That observation may hold without resolving the relevant issue: Consult authoritative AWS security guidance for relevant practices and.

D:

AWS Security Hub offers consolidated security finding and posture views. It does not verify the requested outcome; here the decisive check concerns Consult authoritative AWS security guidance for relevant practices and.

Question 774

Which consideration should still be kept in mind when recommending AWS for this requirement? A high-throughput compute application needs temporary local scratch storage that can be lost when the host is replaced.

  1. An EBS volume is not a shared multi-host file system by default.
  2. Not every FSx deployment has the same file-system protocol or feature set.
  3. Instance store data does not survive relevant instance lifecycle events.
  4. S3 is not a drop-in block device for a guest operating system.

Explanation

Correct Answer

C:

Instance store data does not survive relevant instance lifecycle events. This is the best important qualification for the stated situation. EC2 instance store provides temporary block storage physically associated with the host. The key business clue is: Look for ephemeral scratch files that do not need to survive instance termination. A suitable choice is: Use an appropriate instance store for disposable temporary data. An expected result is: The application can process temporary data quickly without depending on persistence. Important limitation: Instance store data does not survive relevant instance lifecycle events.

Incorrect Answers

A:

Amazon EBS supplies persistent block storage for supported EC2 instances. That addresses a different mechanism; this question turns on Instance store data does not survive relevant instance lifecycle.

B:

Amazon FSx offers managed file systems with options such as FSx for Windows File Server. In the present case the governing issue is Instance store data does not survive relevant instance lifecycle, which this does not resolve.

D:

Amazon S3 is AWS object storage suited to storing and retrieving objects at scale. It does not verify the requested outcome; here the decisive check concerns Instance store data does not survive relevant instance lifecycle.

Question 775

For this cloud decision, which characteristic matters most? A business owns a domain name and needs a managed DNS service to route requests to its web endpoint.

  1. Look for instance network interfaces and the need for allow-list rules.
  2. Look for domain-name resolution and supported DNS-based routing policies.
  3. Look for subnet-wide traffic rules and the need to allow corresponding response traffic.
  4. Look for globally distributed users and repetitive cacheable content requests.

Explanation

Correct Answer

B:

Look for domain-name resolution and supported DNS-based routing policies. The case involves: A business owns a domain name and needs a managed DNS service to route requests to its web endpoint. The central AWS principle is that amazon Route 53 provides DNS and related routing functions. What matters is: Look for domain-name resolution and supported DNS-based routing policies. Recommended direction: Use Route 53 hosted zones and the required DNS records. Expected indication of success: Clients resolve the domain to the intended endpoint according to the chosen routing. Caveat: DNS does not encrypt the application connection or replace a load balancer.

Incorrect Answers

A:

Security groups control permitted traffic at supported AWS resources and are stateful. That addresses a different mechanism; this question turns on Look for domain-name resolution and supported DNS-based routing policies.

C:

Network ACLs provide stateless traffic filtering at the subnet boundary. That observation may hold without resolving the relevant issue: Look for domain-name resolution and supported DNS-based routing policies.

D:

Amazon CloudFront is a content delivery network that caches and distributes content through edge locations. It does not verify the requested outcome; here the decisive check concerns Look for domain-name resolution and supported DNS-based routing policies.

Question 776

What outcome would most directly confirm the intended AWS benefit? A company wants a managed way to perform common operational tasks on its fleets of AWS instances.

  1. Operators can perform an authorized fleet operation through central management.
  2. The organization can operate the required components in both environments.
  3. The analyst can view the intended service and complete the approved console operation.
  4. The application performs the intended S3 API operation through the supported client.

Explanation

Correct Answer

A:

Operators can perform an authorized fleet operation through central management. This directly addresses the question rather than a different AWS use case. AWS Systems Manager provides capabilities for managing and operating supported nodes and resources. Recognize the requirement: Look for fleet management and repeatable operational administration tasks. At a high level, use the appropriate Systems Manager capability for eligible managed instances. The intended outcome is: Operators can perform an authorized fleet operation through central management. Keep in mind: Managed nodes require suitable connectivity, permissions, and setup.

Incorrect Answers

B:

A hybrid cloud deployment combines on-premises computing resources with cloud services. In the present case the governing issue is Operators can perform an authorized fleet operation through central, which this does not resolve.

C:

The AWS Management Console provides a web-based interface to access and operate AWS services. That observation may hold without resolving the relevant issue: Operators can perform an authorized fleet operation through central.

D:

AWS SDKs provide language-specific client libraries for calling AWS service APIs. It does not verify the requested outcome; here the decisive check concerns Operators can perform an authorized fleet operation through central.

Question 777

An organization is considering this AWS scenario: An auditor wants a history of API actions performed by administrators across AWS accounts. Which underlying capability is most relevant?

  1. Amazon Inspector provides automated vulnerability management for supported workloads.
  2. AWS Artifact provides on-demand access to supported AWS compliance documents and agreements.
  3. AWS CloudTrail records supported account API and management activity for auditing.
  4. AWS Certificate Manager manages provisioned TLS certificates for supported AWS services.

Explanation

Correct Answer

C:

AWS CloudTrail records supported account API and management activity for auditing. This is the best underlying concept for the stated situation. AWS CloudTrail records supported account API and management activity for auditing. The key business clue is: Look for who called an API, when it happened, and which resources were referenced. A suitable choice is: Use CloudTrail event history and appropriately configured trails or event stores for required retention. An expected result is: An authorized reviewer can correlate an administrative action with its recorded identity and time. Important limitation: CloudTrail activity records are not a replacement for application performance metrics.

Incorrect Answers

A:

Amazon Inspector provides automated vulnerability management for supported workloads. For these facts, AWS CloudTrail records supported account API and management activity is the distinguishing constraint, not that option.

B:

AWS Artifact provides on-demand access to supported AWS compliance documents and agreements. In the present case the governing issue is AWS CloudTrail records supported account API and management activity, which this does not resolve.

D:

AWS Certificate Manager manages provisioned TLS certificates for supported AWS services. It does not verify the requested outcome; here the decisive check concerns AWS CloudTrail records supported account API and management activity.

Question 778

Which requirement or characteristic most clearly identifies the appropriate AWS approach? A public website must use a trusted TLS certificate for its supported AWS-integrated endpoint.

  1. Look for consolidated security findings and cross-account security visibility.
  2. Look for an auditor requesting SOC or ISO-related AWS documentation.
  3. Look for the need to request and manage a public certificate used by an AWS endpoint.
  4. Look for encryption key policies, key usage control, and auditability.

Explanation

Correct Answer

C:

Look for the need to request and manage a public certificate used by an AWS endpoint. The case involves: A public website must use a trusted TLS certificate for its supported AWS-integrated endpoint. The central AWS principle is that aWS Certificate Manager manages provisioned TLS certificates for supported AWS services. What matters is: Look for the need to request and manage a public certificate used by an AWS endpoint. Recommended direction: Use AWS Certificate Manager with a compatible service integration. Expected indication of success: The intended endpoint presents a valid certificate to approved clients. Caveat: A TLS certificate does not protect an application from all web attacks.

Incorrect Answers

A:

AWS Security Hub aggregates and prioritizes security findings and posture information. That addresses a different mechanism; this question turns on Look for the need to request and manage a.

B:

AWS Artifact provides on-demand access to supported AWS compliance documents and agreements. In the present case the governing issue is AWS Certificate Manager manages provisioned TLS certificates for supported, which this does not resolve.

D:

AWS Key Management Service helps create and control keys used by integrated encryption workflows. It does not verify the requested outcome; here the decisive check concerns Look for the need to request and manage a.

Question 779

Which result best demonstrates that the cloud choice meets the requirement? A multinational company needs a disaster-recovery strategy for an outage affecting an entire geographic Region.

  1. Application placement satisfies the selected region's business and location requirements.
  2. An isolated Availability Zone failure does not interrupt every available application path.
  3. The agency can document storage and processing locations for the regulated workload.
  4. An approved recovery exercise can access the service in the alternate Region.

Explanation

Correct Answer

D:

An approved recovery exercise can access the service in the alternate Region. This directly addresses the question rather than a different AWS use case. A multi-Region approach can support disaster recovery and regional resilience. Recognize the requirement: Look for regional recovery objectives and cross-Region business continuity. At a high level, evaluate replicated workloads and data in a second appropriate AWS Region. The intended outcome is: An approved recovery exercise can access the service in the alternate Region. Keep in mind: Multi-Region replication adds complexity, costs, and data consistency considerations.

Incorrect Answers

A:

An AWS Region is a geographic area containing multiple Availability Zones. That addresses a different mechanism; this question turns on An approved recovery exercise can access the service in.

B:

Availability Zones are separate fault-isolated locations within a Region. It does not establish An approved recovery exercise can access the service in; the scenario instead depends on An approved recovery exercise can access the service in.

C:

AWS Region selection is an important consideration for data residency obligations. That observation may hold without resolving the relevant issue: An approved recovery exercise can access the service in.

Question 780

Which requirement or characteristic most clearly identifies the appropriate AWS approach? A shopping application needs its running instance count to rise during promotions and decline overnight.

  1. Look for a Kubernetes API and existing Kubernetes ecosystem requirements.
  2. Look for containers that need execution capacity without customer-managed worker servers.
  3. Look for brief functions that react to events with no continuous server administration.
  4. Look for EC2 fleet sizes that should respond to changes in workload demand.

Explanation

Correct Answer

D:

Look for EC2 fleet sizes that should respond to changes in workload demand. This is the best decisive requirement for the stated situation. Amazon EC2 Auto Scaling adjusts instance capacity according to configured scaling policies. The key business clue is: Look for EC2 fleet sizes that should respond to changes in workload demand. A suitable choice is: Configure suitable EC2 Auto Scaling capacity and scaling criteria. An expected result is: The fleet grows under increased demand and shrinks during low utilization. Important limitation: Scaling thresholds and health configuration must be appropriate to the application.

Incorrect Answers

A:

Amazon Elastic Kubernetes Service provides managed Kubernetes control plane capabilities. That addresses a different mechanism; this question turns on Look for EC2 fleet sizes that should respond to.

B:

AWS Fargate provides serverless compute capacity for supported ECS and EKS containers. In the present case the governing issue is Look for EC2 fleet sizes that should respond to, which this does not resolve.

C:

AWS Lambda provides serverless execution for supported event-driven functions. The requirement instead turns on Look for EC2 fleet sizes that should respond to, not this separate capability.