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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 1

Question 1

A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward. Which option is the best fit?

  1. Elasticity
  2. High availability
  3. Reserved capacity
  4. Vertical scaling

Explanation

Correct Answer

A:

Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity. This fits the case: A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward.

Incorrect Answers

B:

High availability keeps workloads reachable during failures through redundancy and failover. That does not meet the requirement: A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward.

C:

Reserved capacity: Sets aside EC2 compute capacity for a selected configuration, rather than dynamically matching utilization. That does not meet the requirement: A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward.

D:

Vertical scaling changes the size of a single computing resource rather than the number of resources. That does not meet the requirement: A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward.

Question 2

A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward. Which justification most accurately supports the recommended choice?

  1. Vertical scaling — changes the size of a single computing resource rather than the number of resources
  2. Elasticity — adds or removes resources as demand changes, avoiding permanently provisioning peak capacity
  3. Reserved capacity — sets aside EC2 compute capacity for a selected configuration, rather than dynamically matching utilization
  4. High availability — keeps workloads reachable during failures through redundancy and failover

Explanation

Correct Answer

B:

Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity. This fits the situation: A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward.

Incorrect Answers

A:

Vertical scaling changes the size of a single computing resource rather than the number of resources. This does not address the need for A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward. The appropriate Elasticity applies because Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity.

C:

Reserved capacity: Sets aside EC2 compute capacity for a selected configuration, rather than dynamically matching utilization. This does not address the need for A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward. The appropriate Elasticity applies because Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity.

D:

High availability keeps workloads reachable during failures through redundancy and failover. This does not address the need for A retailer experiences a large sales spike for two hours and wants capacity to shrink afterward. The appropriate Elasticity applies because Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity.

Question 3

Consider this AWS requirement: An online ticket seller faces bursts during concert launches but low traffic overnight. What should the team select?

  1. Reserved capacity
  2. Vertical scaling
  3. Elasticity
  4. High availability

Explanation

Correct Answer

C:

Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity. This fits the case: An online ticket seller faces bursts during concert launches but low traffic overnight.

Incorrect Answers

A:

Reserved capacity: Sets aside EC2 compute capacity for a selected configuration, rather than dynamically matching utilization. That does not meet the requirement: Consider this AWS requirement: An online ticket seller faces bursts during concert launches but low traffic overnight.

B:

Vertical scaling changes the size of a single computing resource rather than the number of resources. That does not meet the requirement: Consider this AWS requirement: An online ticket seller faces bursts during concert launches but low traffic overnight.

D:

High availability keeps workloads reachable during failures through redundancy and failover. That does not meet the requirement: Consider this AWS requirement: An online ticket seller faces bursts during concert launches but low traffic overnight.

Question 4

A review board wants evidence for this choice: An online ticket seller faces bursts during concert launches but low traffic overnight. Which reasoning is best aligned with the requirement?

  1. Reserved capacity — sets aside EC2 compute capacity for a selected configuration, rather than dynamically matching utilization
  2. Vertical scaling — changes the size of a single computing resource rather than the number of resources
  3. High availability — keeps workloads reachable during failures through redundancy and failover
  4. Elasticity — adds or removes resources as demand changes, avoiding permanently provisioning peak capacity

Explanation

Correct Answer

D:

Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity. This fits the situation: An online ticket seller faces bursts during concert launches but low traffic overnight.

Incorrect Answers

A:

Reserved capacity: Sets aside EC2 compute capacity for a selected configuration, rather than dynamically matching utilization. This does not address the need for An online ticket seller faces bursts during concert launches but low traffic overnight. The appropriate Elasticity applies because Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity.

B:

Vertical scaling changes the size of a single computing resource rather than the number of resources. This does not address the need for An online ticket seller faces bursts during concert launches but low traffic overnight. The appropriate Elasticity applies because Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity.

C:

High availability keeps workloads reachable during failures through redundancy and failover. This does not address the need for An online ticket seller faces bursts during concert launches but low traffic overnight. The appropriate Elasticity applies because Elasticity adds or removes resources as demand changes, avoiding permanently provisioning peak capacity.

Question 5

A startup wants to test a new product idea without a three-month hardware procurement cycle. Which cloud capability or service directly addresses the requirement?

  1. Cloud agility
  2. Manual procurement
  3. Data residency
  4. Long-term capacity commitment

Explanation

Correct Answer

A:

Self-service, on-demand AWS resources shorten the time from idea to experiment. This fits the case: A startup wants to test a new product idea without a three-month hardware procurement cycle.

Incorrect Answers

B:

Manual procurement requires acquiring or approving hardware before it can be deployed. That does not meet the requirement: A startup wants to test a new product idea without a three-month hardware procurement cycle.

C:

Data residency concerns where data is stored or processed under geographic obligations. That does not meet the requirement: A startup wants to test a new product idea without a three-month hardware procurement cycle.

D:

Long-term capacity commitment: Commits resources or spend ahead of demand instead of matching short-lived requirements. That does not meet the requirement: A startup wants to test a new product idea without a three-month hardware procurement cycle.

Question 6

A startup wants to test a new product idea without a three-month hardware procurement cycle. Which explanation correctly distinguishes the appropriate approach from the alternatives?

  1. Long-term capacity commitment — commits resources or spend ahead of demand instead of matching short-lived requirements
  2. Cloud agility — Self-service, on-demand AWS resources shorten the time from idea to experiment
  3. Manual procurement — requires acquiring or approving hardware before it can be deployed
  4. Data residency — concerns where data is stored or processed under geographic obligations

Explanation

Correct Answer

B:

Self-service, on-demand AWS resources shorten the time from idea to experiment. This fits the situation: A startup wants to test a new product idea without a three-month hardware procurement cycle.

Incorrect Answers

A:

Long-term capacity commitment: Commits resources or spend ahead of demand instead of matching short-lived requirements. This does not address the need for A startup wants to test a new product idea without a three-month hardware procurement cycle. The appropriate Cloud agility applies because Self-service, on-demand AWS resources shorten the time from idea to experiment.

C:

Manual procurement requires acquiring or approving hardware before it can be deployed. This does not address the need for A startup wants to test a new product idea without a three-month hardware procurement cycle. The appropriate Cloud agility applies because Self-service, on-demand AWS resources shorten the time from idea to experiment.

D:

Data residency concerns where data is stored or processed under geographic obligations. This does not address the need for A startup wants to test a new product idea without a three-month hardware procurement cycle. The appropriate Cloud agility applies because Self-service, on-demand AWS resources shorten the time from idea to experiment.

Question 7

A technical reviewer evaluates this need: A university team needs a short-lived environment for a weekend prototype and immediate teardown. Which choice is most appropriate?

  1. Manual procurement
  2. Long-term capacity commitment
  3. Cloud agility
  4. Data residency

Explanation

Correct Answer

C:

Self-service, on-demand AWS resources shorten the time from idea to experiment. This fits the case: A university team needs a short-lived environment for a weekend prototype and immediate teardown.

Incorrect Answers

A:

Manual procurement requires acquiring or approving hardware before it can be deployed. That does not meet the requirement: A technical reviewer evaluates this need: A university team needs a short-lived environment for a weekend prototype and immediate teardown.

B:

Long-term capacity commitment: Commits resources or spend ahead of demand instead of matching short-lived requirements. That does not meet the requirement: A technical reviewer evaluates this need: A university team needs a short-lived environment for a weekend prototype and immediate teardown.

D:

Data residency concerns where data is stored or processed under geographic obligations. That does not meet the requirement: A technical reviewer evaluates this need: A university team needs a short-lived environment for a weekend prototype and immediate teardown.

Question 8

For the following need, select the most defensible technical rationale: A university team needs a short-lived environment for a weekend prototype and immediate teardown.

  1. Manual procurement — requires acquiring or approving hardware before it can be deployed
  2. Data residency — concerns where data is stored or processed under geographic obligations
  3. Long-term capacity commitment — commits resources or spend ahead of demand instead of matching short-lived requirements
  4. Cloud agility — Self-service, on-demand AWS resources shorten the time from idea to experiment

Explanation

Correct Answer

D:

Self-service, on-demand AWS resources shorten the time from idea to experiment. This fits the situation: A university team needs a short-lived environment for a weekend prototype and immediate teardown.

Incorrect Answers

A:

Manual procurement requires acquiring or approving hardware before it can be deployed. This does not address the need for A university team needs a short-lived environment for a weekend prototype and immediate teardown. The appropriate Cloud agility applies because Self-service, on-demand AWS resources shorten the time from idea to experiment.

B:

Data residency concerns where data is stored or processed under geographic obligations. This does not address the need for A university team needs a short-lived environment for a weekend prototype and immediate teardown. The appropriate Cloud agility applies because Self-service, on-demand AWS resources shorten the time from idea to experiment.

C:

Long-term capacity commitment: Commits resources or spend ahead of demand instead of matching short-lived requirements. This does not address the need for A university team needs a short-lived environment for a weekend prototype and immediate teardown. The appropriate Cloud agility applies because Self-service, on-demand AWS resources shorten the time from idea to experiment.

Question 9

A streaming company needs to reach users on several continents without building overseas data centers. Identify the AWS approach that most directly meets the stated goal.

  1. Global infrastructure
  2. Single Availability Zone
  3. Reserved Instances
  4. On-premises expansion

Explanation

Correct Answer

A:

AWS Regions and worldwide networking enable workloads closer to geographically distributed users. This fits the case: A streaming company needs to reach users on several continents without building overseas data centers.

Incorrect Answers

B:

Single Availability Zone: Isolates resources to one facility grouping and remains vulnerable to that AZ outage. That does not meet the requirement: A streaming company needs to reach users on several continents without building overseas data centers.

C:

Reserved Instances provide pricing benefits for eligible committed EC2 usage, subject to RI configuration and terms. That does not meet the requirement: A streaming company needs to reach users on several continents without building overseas data centers.

D:

On-premises expansion adds capacity in the organization’s own facility instead of provisioning cloud resources. That does not meet the requirement: A streaming company needs to reach users on several continents without building overseas data centers.

Question 10

Which service-to-requirement explanation best fits this situation: A streaming company needs to reach users on several continents without building overseas data centers?

  1. Single Availability Zone — isolates resources to one facility grouping and remains vulnerable to that AZ outage
  2. Global infrastructure — AWS Regions and worldwide networking enable workloads closer to geographically distributed users
  3. Reserved Instances — Reserved Instances provide pricing benefits for eligible committed EC2 usage, subject to RI configuration and terms
  4. On-premises expansion — adds capacity in the organization’s own facility instead of provisioning cloud resources

Explanation

Correct Answer

B:

AWS Regions and worldwide networking enable workloads closer to geographically distributed users. This fits the situation: A streaming company needs to reach users on several continents without building overseas data centers.

Incorrect Answers

A:

Single Availability Zone: Isolates resources to one facility grouping and remains vulnerable to that AZ outage. This does not address the need for A streaming company needs to reach users on several continents without building overseas data centers. The appropriate Global infrastructure applies because AWS Regions and worldwide networking enable workloads closer to geographically distributed users.

C:

Reserved Instances provide pricing benefits for eligible committed EC2 usage, subject to RI configuration and terms. This does not address the need for A streaming company needs to reach users on several continents without building overseas data centers. The appropriate Global infrastructure applies because AWS Regions and worldwide networking enable workloads closer to geographically distributed users.

D:

On-premises expansion adds capacity in the organization’s own facility instead of provisioning cloud resources. This does not address the need for A streaming company needs to reach users on several continents without building overseas data centers. The appropriate Global infrastructure applies because AWS Regions and worldwide networking enable workloads closer to geographically distributed users.