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HashiCorp Terraform Associate (004) exam dumps: 223 free HashiCorp Terraform Associate (004) practice questions

Free HashiCorp Terraform Associate (004) practice questions for the Terraform Associate 004 exam, with the correct answer and a full explanation for every option. Read the first 10 below, browse all 223 by number, or take a timed practice exam.

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Free HashiCorp Terraform Associate (004) practice questions

Questions 1 to 10 of 223

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HashiCorp Terraform Associate (004) Question 1

Single answer1 Infrastructure as Code (IaC) with Terraform

A company has been creating cloud infrastructure manually through a provider console for several years. Different teams name resources inconsistently, and no reliable record exists of what was changed or when. The company wants to adopt Terraform as its Infrastructure as Code (IaC) tool so that future changes are repeatable, reviewable, and less error-prone across development, staging, and production environments. Which approach best addresses this goal?

A
Use Terraform configuration files to declare the desired infrastructure, store the code in version control, and apply changes through a reviewed workflow.
B
Continue making infrastructure changes in the provider console, then run terraform refresh to convert those manual changes into reusable Terraform code.
C
Generate a Terraform execution plan once, save the output, and use that saved plan as the long-term source of truth for infrastructure documentation.
D
Use Terraform only to provision new environments, but allow ongoing changes in the provider console because Terraform can automatically reconcile all manual edits later.

Show answer and explanation

Correct answer: A

Explanation

Terraform's value as an Infrastructure as Code tool comes from declaring infrastructure in configuration files and managing changes through a controlled workflow. In practice, teams store Terraform code in version control, review proposed changes, and use terraform plan and terraform apply to make infrastructure changes predictably. This creates consistency across environments, supports collaboration, and provides an auditable history of infrastructure changes. By contrast, manual console changes create drift and reduce reliability. HashiCorp documentation emphasizes Terraform's declarative workflow, execution planning, and use of configuration as the desired-state definition, while state tracks resource bindings rather than replacing configuration as the source of truth.

A. Correct.
Correct. This is the core IaC practice Terraform is designed to support. Terraform configurations declaratively define the desired end state of infrastructure in code, which can be versioned, peer-reviewed, and reused across environments. Storing configuration in version control provides change history and supports collaborative workflows such as pull requests and approvals. This directly addresses repeatability, auditability, and reduced configuration drift.
B. Incorrect.
Incorrect. terraform refresh updates Terraform state with information from real infrastructure, but it does not generate or reconstruct complete reusable Terraform configuration from manual changes. Relying on manual console changes defeats the purpose of IaC and increases drift between code, state, and actual infrastructure.
C. Incorrect.
Incorrect. A Terraform plan is a point-in-time preview of proposed actions, not the authoritative long-term definition of infrastructure. The source of truth in Terraform-based IaC is the configuration files, along with state for resource mapping. A saved plan file is not intended to replace version-controlled configuration or serve as ongoing infrastructure documentation.
D. Incorrect.
Incorrect. Allowing continued manual console changes undermines Terraform's IaC model and introduces configuration drift. Terraform can detect differences between configuration and existing infrastructure during planning, but it is not a justification for unmanaged manual updates. Best practice is to make changes through Terraform so the code remains the authoritative definition.

HashiCorp Terraform Associate (004) Question 2

Single answer1 Infrastructure as Code (IaC) with Terraform

A company has been creating cloud infrastructure manually through a provider console, and environments are frequently inconsistent. The platform team wants to adopt Terraform so infrastructure changes are reviewed in version control, repeatable across dev/stage/prod, and less prone to configuration drift caused by ad hoc manual changes. Which approach best reflects Terraform's Infrastructure as Code (IaC) model for this situation?

A
Define the desired infrastructure in Terraform configuration files, store them in version control, review changes through pull requests, and apply the configuration to create or update resources toward the declared end state.
B
Use Terraform only to document the current manual setup after engineers make changes in the cloud console, since Terraform is primarily a reporting tool for existing infrastructure.
C
Write shell scripts that call the cloud provider CLI for each resource change, because Terraform is not intended to manage infrastructure lifecycle after initial provisioning.
D
Run terraform apply once to create the initial environments, then continue making routine updates manually in the provider console to avoid changing Terraform configuration too often.

Show answer and explanation

Correct answer: A

Explanation

Terraform is an Infrastructure as Code tool built around a declarative workflow: you describe the desired infrastructure in configuration files, Terraform compares that desired state with the current state, shows an execution plan, and then applies the necessary changes. In practice, teams typically store Terraform code in version control and use code review processes to approve infrastructure changes before applying them. This improves consistency across environments, repeatability, auditability, and team collaboration. HashiCorp documentation emphasizes Terraform's use of declarative configuration, execution plans, and state to manage infrastructure lifecycle. In contrast, relying on manual console changes or imperative scripts increases drift and reduces the benefits of IaC.

A. Correct.
Correct. This is the core IaC workflow Terraform is designed for: declare the desired end state in configuration, keep that configuration in version control, review proposed changes, and use Terraform to reconcile real infrastructure with the configuration. This supports repeatability, collaboration, and reduced drift across environments.
B. Incorrect.
Incorrect. Terraform is not primarily a reporting or documentation tool. While it can import or discover existing infrastructure in some workflows, its main purpose is to manage infrastructure as code by defining and applying desired state. Treating it only as documentation does not solve consistency or drift problems.
C. Incorrect.
Incorrect. Shell scripts and provider CLIs can automate tasks, but they do not provide Terraform's declarative model, dependency graph, execution planning, and state tracking. This option reflects an imperative scripting approach rather than Terraform's IaC model.
D. Incorrect.
Incorrect. Using Terraform only for initial provisioning but then making ongoing manual console changes undermines IaC practices and reintroduces configuration drift. A key benefit of Terraform is ongoing lifecycle management through code, not just one-time creation.

HashiCorp Terraform Associate (004) Question 3

Single answer1 Infrastructure as Code (IaC) with Terraform

A platform team has been manually creating cloud networking components for each application environment, which has led to configuration drift and inconsistent naming. They want to adopt Infrastructure as Code using Terraform so that developers can provision identical environments from version-controlled definitions and review proposed changes before anything is created. Which approach best meets this goal?

A
Define the infrastructure in Terraform configuration files, store them in version control, and use terraform plan before terraform apply to review the proposed changes
B
Use Terraform only to document the existing manually created infrastructure, but continue making production changes directly in the cloud console for speed
C
Write shell scripts that call cloud provider CLIs to create resources, because scripts provide the same dependency graph and execution planning as Terraform
D
Create the initial infrastructure with Terraform once, then stop using Terraform and make future updates manually to avoid state management complexity

Show answer and explanation

Correct answer: A

Explanation

Terraform is designed to implement Infrastructure as Code by defining infrastructure in declarative configuration files that can be versioned, reviewed, and reused. A standard workflow is to store .tf files in version control, run terraform plan to preview proposed actions, and then run terraform apply to make approved changes. This approach improves consistency across environments, reduces manual error, and enables collaboration through code review. In Terraform best practices and HashiCorp documentation, the plan-and-apply workflow is central to safely managing infrastructure changes, while keeping Terraform as the authoritative source of infrastructure helps prevent drift.

A. Correct.
Correct. This is the core Infrastructure as Code workflow with Terraform. Terraform configurations declaratively describe the desired infrastructure, version control provides change history and collaboration, and terraform plan shows the execution plan before changes are applied. This supports repeatability, peer review, and reduced drift across environments.
B. Incorrect.
Incorrect. Terraform is intended to manage infrastructure lifecycle, not just document it. Continuing to make changes manually in the cloud console reintroduces configuration drift and undermines the benefits of IaC, such as consistency, reproducibility, and auditable change control.
C. Incorrect.
Incorrect. While shell scripts and provider CLIs can automate tasks, they do not provide Terraform's declarative model, built-in dependency graph, state tracking, and detailed execution plan in the same way. This option reflects a common misconception that any automation is equivalent to Infrastructure as Code with Terraform.
D. Incorrect.
Incorrect. Creating infrastructure once with Terraform but then switching back to manual updates defeats the purpose of IaC. Terraform is most valuable when it remains the system of record for ongoing infrastructure changes. Avoiding Terraform because of state management complexity increases the likelihood of unmanaged drift and inconsistent environments.

HashiCorp Terraform Associate (004) Question 4

Single answer1 Infrastructure as Code (IaC) with Terraform

A platform team currently provisions cloud resources manually through a provider's web console. They frequently see configuration drift between environments, incomplete documentation of changes, and slow onboarding for new engineers. The team wants to adopt Terraform primarily to improve consistency and make infrastructure changes easier to review before deployment. Which Terraform capability most directly addresses this goal?

A
Terraform stores application source code and binaries in the state file so teams can reproduce full environments from one artifact.
B
Terraform lets teams define infrastructure in declarative configuration files that can be version controlled, reviewed, and executed repeatedly to create consistent environments.
C
Terraform automatically prevents all out-of-band changes made directly in the cloud console, so drift cannot occur once Terraform is adopted.
D
Terraform replaces the need for provider APIs by managing infrastructure directly from local configuration files without communicating with the target platform.

Show answer and explanation

Correct answer: B

Explanation

Terraform's primary IaC benefit is that infrastructure is defined declaratively in configuration files, enabling version control, peer review, repeatable provisioning, and clearer change management. In practice, teams use commands such as terraform plan to preview changes and terraform apply to enact them, making infrastructure changes more predictable than manual console work. HashiCorp documentation consistently emphasizes infrastructure as code, execution plans, and resource graphs as key Terraform concepts. State is important, but it is not the main feature described in this scenario; it supports Terraform's operation rather than serving as a replacement for version-controlled configuration. Likewise, Terraform can identify differences between configuration and real infrastructure, but it does not inherently block manual changes outside Terraform.

A. Incorrect.
Incorrect. Terraform state does not store application source code and binaries as a packaging mechanism for full environments. State primarily maps Terraform-managed resources to real infrastructure objects and tracks metadata needed for planning and applying changes. A common misconception is that state is a general-purpose snapshot of everything required to rebuild an environment.
B. Correct.
Correct. This is the core Infrastructure as Code value proposition of Terraform. Terraform uses declarative configuration files to describe desired infrastructure, which can be stored in version control, reviewed through normal code-review workflows, and applied repeatedly across environments. This improves consistency, auditability, and collaboration, which directly addresses the team's problems with manual console changes and poor change visibility.
C. Incorrect.
Incorrect. Terraform can help detect drift during planning and refresh operations, but it does not automatically prevent all manual changes in the provider console. Organizations typically reduce drift through process controls, IAM restrictions, and by treating Terraform as the authoritative workflow. Candidates may choose this option because Terraform is associated with drift management, but prevention of all out-of-band changes is not a built-in guarantee.
D. Incorrect.
Incorrect. Terraform communicates with infrastructure platforms through provider plugins that use the target platform's APIs. It does not bypass provider APIs. This option reflects a misunderstanding of how Terraform interacts with cloud and service providers.

HashiCorp Terraform Associate (004) Question 5

Single answer1 Infrastructure as Code (IaC) with Terraform

A platform team manages its AWS networking stack with Terraform. Today, developers sometimes create VPCs and subnets manually in the AWS console, and the resulting environments are inconsistent across teams. The platform lead wants a repeatable approach where the desired infrastructure is defined in version-controlled files, reviewed through pull requests, and then provisioned consistently in multiple environments using the same workflow. Which Terraform practice best addresses this requirement?

A
Define the networking resources in Terraform configuration files, store them in version control, and use Terraform plans and applies to provision the environments.
B
Use the AWS console to create the initial networking resources, then periodically export screenshots and documentation so teams can reproduce the setup manually.
C
Write shell scripts that call the AWS CLI to create each resource, because scripts are easier to change than declarative Terraform configuration.
D
Create the resources once in a shared AWS account and tell application teams to copy the settings manually into their own accounts when needed.

Show answer and explanation

Correct answer: A

Explanation

The best answer is to define infrastructure in Terraform configuration files and manage those files in version control. This is the essence of Infrastructure as Code: infrastructure is described as code, reviewed like application code, and provisioned through a repeatable workflow. In Terraform, practitioners typically write .tf files, run terraform plan to preview changes, and run terraform apply to create or update resources. This approach improves consistency across environments, supports collaboration through pull requests, and reduces manual errors and drift. HashiCorp documentation and Terraform best practices consistently emphasize declarative configuration, version control, and repeatable execution workflows as key benefits of using Terraform for IaC.

A. Correct.
Correct. This is the core Infrastructure as Code workflow with Terraform. Terraform configuration files define the desired state declaratively, version control provides change history and code review, and Terraform plan/apply enables consistent provisioning across environments. This directly addresses repeatability, collaboration, and reduced configuration drift.
B. Incorrect.
Incorrect. Documentation and screenshots do not provide executable, versioned infrastructure definitions. Manual recreation is error-prone and does not solve consistency, auditability, or repeatability problems that IaC is designed to address.
C. Incorrect.
Incorrect. AWS CLI scripts can automate tasks, but they are typically imperative rather than declarative and do not provide Terraform's state management, execution plan, dependency graph, and standardized IaC workflow. A candidate might choose this because scripts do automate infrastructure, but they do not best satisfy the requirement for consistent declarative IaC with Terraform.
D. Incorrect.
Incorrect. Manually copying settings between accounts is not Infrastructure as Code and increases the risk of drift and human error. It also makes review, reuse, and repeatable deployment difficult.

HashiCorp Terraform Associate (004) Question 6

Single answer1a Explain what IaC is

A company has been creating cloud infrastructure manually through the provider's web console. After several production incidents, the platform team decides to adopt Terraform so that development, staging, and production environments can be created consistently and reviewed before changes are made. Which outcome best demonstrates the core value of Infrastructure as Code (IaC) in this scenario?

A
Infrastructure definitions are stored in version-controlled files, allowing the team to review, reuse, and apply the same desired configuration across environments.
B
Terraform replaces the cloud provider's APIs, so infrastructure changes no longer depend on the provider's platform.
C
IaC guarantees that infrastructure provisioning will succeed without any manual decisions or approvals.
D
Infrastructure is configured only after resources are manually created, which reduces the need for planning changes in advance.

Show answer and explanation

Correct answer: A

Explanation

Infrastructure as Code (IaC) means defining and managing infrastructure through machine-readable configuration files rather than manual point-and-click actions. In Terraform, this is typically done with declarative configuration that expresses the desired end state. The practical benefits include consistency across environments, repeatability, version control, peer review, and the ability to preview changes with a plan before applying them. This is why option 1 best matches the scenario. HashiCorp documentation describes Terraform as infrastructure as code that allows you to define both cloud and on-prem resources in configuration files, then provision and manage them in a consistent workflow. These practices also align with common DevOps and platform engineering best practices for reducing configuration drift and improving auditability.

A. Correct.
Correct. This describes the central idea of IaC: infrastructure is defined in machine-readable configuration files and treated similarly to application code. With Terraform, those files can be version controlled, peer reviewed, reused across environments, and applied consistently. This directly addresses the team's goals of consistency, repeatability, and change visibility.
B. Incorrect.
Incorrect. Terraform does not replace provider APIs. It uses provider plugins to interact with cloud and other service APIs. A common misconception is that IaC bypasses the underlying platform, but Terraform depends on those APIs to create, update, and destroy infrastructure.
C. Incorrect.
Incorrect. IaC improves automation and repeatability, but it does not guarantee successful provisioning in every case. Failures can still occur due to invalid configuration, permissions issues, quota limits, unavailable services, or policy constraints. Manual approvals may still be part of the team's workflow.
D. Incorrect.
Incorrect. This is closer to manual infrastructure management than IaC. In IaC, the desired infrastructure is declared before creation or modification so changes can be planned, reviewed, and applied in a controlled way. Creating resources manually first undermines consistency and traceability.

HashiCorp Terraform Associate (004) Question 7

Single answer1a Explain what IaC is

A company has been creating cloud infrastructure manually through a provider's web console. After several production incidents, the operations team finds that environments are inconsistent, changes are hard to review, and rebuilding a failed environment takes too long. The team decides to adopt Terraform. Which outcome best demonstrates the core value of Infrastructure as Code (IaC) in this scenario?

A
Infrastructure definitions are stored as version-controlled configuration files so teams can review, reuse, and consistently provision environments.
B
Terraform automatically prevents all configuration drift, even when engineers continue making manual changes in the cloud console.
C
Infrastructure is created faster because Terraform replaces the need to understand provider resources or desired state modeling.
D
Terraform converts existing manually created infrastructure into managed code without any import or refactoring work.

Show answer and explanation

Correct answer: A

Explanation

Infrastructure as Code (IaC) means defining and managing infrastructure using machine-readable configuration files rather than manual processes. In this scenario, the main problem is inconsistency, lack of reviewability, and slow recovery. Terraform addresses this by allowing infrastructure definitions to be written as code, stored in version control, peer reviewed, reused across environments, and applied consistently. This is the core operational benefit of IaC. HashiCorp Terraform documentation emphasizes declarative configuration, execution plans, and repeatable provisioning as key concepts. While Terraform can help identify differences between desired and actual infrastructure, it does not guarantee prevention of drift caused by out-of-band manual changes, and it does not automatically convert existing infrastructure into code without import and configuration work. Best practice is to keep infrastructure changes in code, use version control, and treat infrastructure updates with the same review discipline as application changes.

A. Correct.
Correct. This describes the central idea of IaC: infrastructure is defined in machine-readable files that can be versioned, reviewed, reused, and applied repeatedly to create consistent environments. In Terraform, these declarative configuration files allow teams to manage infrastructure similarly to application code, improving repeatability and collaboration.
B. Incorrect.
Incorrect. IaC helps detect and reduce drift, but Terraform does not automatically prevent all drift if people keep changing resources manually outside the workflow. Manual changes can still cause the real infrastructure to differ from the configuration, and Terraform can only identify and reconcile that during plan/apply operations if the resources are managed correctly.
C. Incorrect.
Incorrect. Terraform can improve speed and consistency, but it does not remove the need to understand cloud resources or how to model desired infrastructure state. A common misconception is that IaC tools eliminate infrastructure knowledge requirements; in practice, they encode that knowledge into reusable configuration.
D. Incorrect.
Incorrect. Terraform can manage existing infrastructure, but typically that requires importing resources into state and ensuring the configuration matches the real infrastructure. IaC is not an automatic conversion process for unmanaged manual environments.

HashiCorp Terraform Associate (004) Question 8

Single answer1a Explain what IaC is

A company has been creating cloud networking, virtual machines, and storage accounts manually through a provider web console. After several production outages, the operations team discovers that environments are inconsistent because engineers often forget small configuration steps when rebuilding infrastructure. The team decides to adopt Terraform. Which outcome best demonstrates the core value of Infrastructure as Code (IaC) in this situation?

A
Terraform allows the team to define infrastructure in version-controlled configuration files so environments can be created consistently and repeatedly.
B
Terraform automatically eliminates the need for engineers to review infrastructure changes because the code is self-validating.
C
Terraform converts all existing manually created infrastructure into code without requiring planning, import, or state management.
D
Terraform ensures every infrastructure deployment is identical even if engineers make untracked manual changes outside Terraform.

Show answer and explanation

Correct answer: A

Explanation

Infrastructure as Code means managing and provisioning infrastructure through machine-readable configuration files rather than manual console actions. In Terraform, this is typically done with declarative configuration that defines the desired end state. The major benefit in this scenario is repeatability and consistency: the same code can be applied to recreate environments with fewer human errors, and the code can be version-controlled and reviewed. HashiCorp documentation and Terraform best practices emphasize declarative configuration, execution plans, and state as key parts of managing infrastructure safely and predictably. However, IaC does not remove the need for code review, does not automatically reverse-engineer all existing infrastructure without effort, and does not prevent drift if manual changes continue outside the IaC workflow.

A. Correct.
Correct. This is the central idea of IaC: infrastructure is described in declarative configuration files that can be stored in version control, reviewed, reused, and applied repeatedly. In this scenario, using Terraform configurations helps reduce drift caused by forgotten manual steps and makes environment creation more consistent.
B. Incorrect.
Incorrect. While IaC improves reviewability because changes can be proposed and reviewed as code, Terraform does not remove the need for human review. Validation and planning help detect issues, but organizations still use change review processes, pull requests, and approvals as best practices.
C. Incorrect.
Incorrect. Terraform does not automatically convert all manually created infrastructure into code with no effort. Existing resources typically require importing into state and writing configuration that matches the desired infrastructure. Planning and state management remain important parts of adopting Terraform for existing environments.
D. Incorrect.
Incorrect. IaC helps create consistency, but Terraform cannot guarantee identical deployments if people continue making manual changes outside of Terraform. Those out-of-band changes can introduce configuration drift unless they are detected and reconciled.

HashiCorp Terraform Associate (004) Question 9

Single answer1a Explain what IaC is

A company provisions development cloud environments by following a wiki with manual steps in the cloud console. Over time, teams notice that environments differ from one another, auditing changes is difficult, and rebuilding a failed environment takes hours. The platform team proposes using Terraform to define the environments in configuration files stored in version control and applied through a standard workflow. Which outcome best demonstrates the primary value of Infrastructure as Code (IaC) in this scenario?

A
It allows the team to create and manage infrastructure through declarative, versioned definitions so environments can be reproduced consistently and changes can be reviewed.
B
It removes the need for change approval processes because infrastructure changes made with Terraform are inherently safe.
C
It guarantees that all deployed infrastructure will be cost-optimized because Terraform automatically selects the cheapest resources.
D
It replaces the need to understand cloud infrastructure because Terraform decides the correct architecture without human input.

Show answer and explanation

Correct answer: A

Explanation

Infrastructure as Code (IaC) means managing and provisioning infrastructure using configuration files rather than manual processes. In Terraform, this is typically done with declarative configuration that describes the desired end state. The key practical benefits in this scenario are consistency, repeatability, versioning, and auditability. By storing Terraform configuration in version control, teams can review changes, track history, and reproduce environments reliably, reducing drift caused by manual console changes. This aligns with Terraform documentation and HashiCorp guidance that emphasize codifying infrastructure, treating it like application code, and using workflows such as plan and apply to safely manage changes.

A. Correct.
Correct. This is the core idea of IaC: infrastructure is defined in machine-readable configuration files and managed using software development practices such as version control, code review, and repeatable execution. In this scenario, that directly addresses configuration drift, inconsistent environments, and slow rebuilds by making infrastructure reproducible and auditable.
B. Incorrect.
Incorrect. IaC improves consistency and traceability, but it does not eliminate the need for governance, approvals, or review. In practice, many organizations integrate Terraform into controlled workflows specifically so infrastructure changes can be reviewed and approved before apply.
C. Incorrect.
Incorrect. Terraform is not a cost-optimization engine and does not automatically choose the cheapest resources. Teams must still design architectures and select resource types intentionally. IaC can help standardize approved patterns, but cost optimization is not guaranteed simply by using Terraform.
D. Incorrect.
Incorrect. Terraform helps implement infrastructure as code, but it does not replace architectural knowledge. Practitioners still need to understand provider resources, dependencies, security requirements, and design decisions. IaC automates provisioning and management; it does not autonomously design correct systems.

HashiCorp Terraform Associate (004) Question 10

Single answer1a Explain what IaC is

A company has been creating cloud infrastructure manually through the provider's web console. After several outages, the platform team discovers that development, staging, and production are configured differently, and no one can reliably reproduce the environments. The team proposes using Terraform to manage infrastructure going forward. Which outcome best demonstrates the core value of Infrastructure as Code (IaC) in this situation?

A
Engineers can define infrastructure in version-controlled configuration files so environments can be created and updated consistently and repeatedly.
B
Terraform will automatically prevent all configuration drift without any review, planning, or re-application of changes.
C
Using Terraform means administrators no longer need to understand the underlying cloud resources because Terraform manages them entirely.
D
Infrastructure definitions stored in Terraform state replace the need to keep configuration files in source control.

Show answer and explanation

Correct answer: A

Explanation

Infrastructure as Code means defining and managing infrastructure through declarative or programmatic configuration files instead of manual point-and-click processes. In Terraform, this is typically done with configuration files that can be versioned, reviewed, reused, and applied consistently. In the scenario, the main IaC benefit is reproducibility and consistency across environments, which reduces errors caused by manual configuration differences. HashiCorp Terraform documentation emphasizes that Terraform lets you define infrastructure in human-readable configuration files, version them, reuse them, and share them. Terraform state supports lifecycle management, but it does not replace configuration files or source control. Likewise, Terraform can help identify drift, but IaC is not magic automation that removes the need for review, operational knowledge, or disciplined workflows.

A. Correct.
Correct. This is the essence of IaC: infrastructure is described in machine-readable files and managed through a repeatable workflow. Storing Terraform configuration in version control allows teams to review, track, and reproduce infrastructure changes across environments. This directly addresses the scenario's problems of inconsistent environments and unreproducible manual changes.
B. Incorrect.
Incorrect. Terraform helps detect differences between the desired configuration and actual infrastructure, but it does not automatically prevent all drift on its own. Teams still need to run workflows such as plan and apply, and out-of-band changes can still occur if people modify resources manually.
C. Incorrect.
Incorrect. IaC does not remove the need to understand the infrastructure being managed. Teams still need to know what resources they are provisioning, their dependencies, limits, and operational implications. Terraform is a tool for defining and managing infrastructure, not a substitute for infrastructure knowledge.
D. Incorrect.
Incorrect. Terraform state is not a replacement for source-controlled configuration. The state file records mappings between real resources and the configuration, while the configuration files are the authoritative human-maintained definition of desired infrastructure. Best practice is to store configuration in version control and manage state securely, often remotely.

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What the HashiCorp Terraform Associate (004) exam covers

Official Terraform Associate 004 exam domains and weightings.

Understand Infrastructure as Code Concepts
15% of exam
Understand Terraform's Purpose
10% of exam
Understand Terraform Basics
20% of exam
Use the Terraform CLI
15% of exam
Interact with Terraform Modules
15% of exam
Navigate Terraform Workflow
15% of exam
Implement and Maintain State
10% of exam

All 223 HashiCorp Terraform Associate (004) practice questions

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HashiCorp Terraform Associate (004) exam dumps FAQ

Are these HashiCorp Terraform Associate (004) dumps real exam questions?

No. These are original practice questions written to the Terraform Associate 004 exam objectives, not questions copied from a live exam. Memorising leaked questions violates HashiCorp's candidate agreement and stops working the moment the question pool rotates. Use this bank to check your understanding of each domain and to find the topics you still need to study.

How many HashiCorp Terraform Associate (004) practice questions are there?

223 questions, each with the correct answer, an explanation of the answer, and a note on why every other option is wrong. The first 10 are on this page and every question has its own page linked below.

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What topics does the HashiCorp Terraform Associate (004) exam cover?

The official exam domains are: Understand Infrastructure as Code Concepts; Understand Terraform's Purpose; Understand Terraform Basics; Use the Terraform CLI; Interact with Terraform Modules; Navigate Terraform Workflow; Implement and Maintain State.

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