How many free 004 practice questions can I try?

You can answer 10 004 practice questions free without creating an account. Each one is graded instantly with a written explanation. A free account keeps your progress, and the full bank (300+ questions) unlocks with a subscription.

What topics does the 004 exam cover?

The 004 exam is organised into 6 domains: Understand Terraform Basics (32%), Use the Terraform CLI (Outside of Core Workflow) (23%), Understand Infrastructure as Code (IaC) Concepts (16%), Interact with Terraform Modules (10%), Navigate the Terraform Workflow (10%), Understand Terraform's Purpose (vs Other IaC) (9%). The weighting above shows how much of the exam each domain represents, so budget study time in the same proportion.

How long is the 004 exam and how is it scored?

The 004 exam has approximately 57 questions in 60 minutes, with a passing score of 70%. Practice sets here are scored the same way as the real exam so you can see whether you are above or below the line before test day.

How should I start studying for Terraform Associate?

Start with Understand Terraform Basics, the highest-weighted domain, then work down the list. Answer a mixed set after each domain pass — mixing domains forces you to identify what a question is asking before recalling the content, which is what the real exam does.

Are these the same questions that appear on the real 004 exam?

No. These are original practice questions written against the published 004 exam objectives. They mirror the style, difficulty, and domain weighting of the real exam, but the actual exam content is confidential and is not reproduced here.

004 Practice Questions — Terraform Associate

Worked sample 004 questions

These questions come from the Terraform Associate practice bank. Read the rationale even when you answer correctly — the explanation is usually where the exam technique lives.

Domain	Exam weight	What it covers
Understand Terraform Basics	32%	Core Terraform concepts and resource configuration
Use the Terraform CLI (Outside of Core Workflow)	23%	Advanced CLI commands beyond init/plan/apply
Understand Infrastructure as Code (IaC) Concepts	16%	Core IaC principles, benefits, and Terraform approach
Interact with Terraform Modules	10%	Module usage, versioning, and best practices
Navigate the Terraform Workflow	10%	Core workflow, state management, and Terraform Cloud
Understand Terraform's Purpose (vs Other IaC)	9%	What differentiates Terraform and when to use it

Sample question 1 — Understand Terraform's Purpose (vs Other IaC)

A product team provisions a load balancer in their cloud account and needs a matching DNS record at an external registrar. Today the DNS step is a manual ticket, so new environments become usable only after someone acts on it. The team wants both steps to happen in one coordinated change. Why does Terraform allow a cloud resource and an external service to be managed together?

A. Provider plugins can be combined in one configuration, so one graph orders all the changes.
B. Terraform proxies every external API through the cloud vendor's marketplace connector.
C. The external registrar must publish a Terraform module before DNS records can be included.
D. A single provider covers both platforms once the credentials are supplied in one block.

Answer: A. Option A is correct because provider plugins can be combined in one configuration, so one graph orders all the changes. The load balancer and the DNS record land in a single apply, and the reference between them tells Terraform which object must exist first. Option B routes third-party calls through the cloud marketplace, yet providers reach each vendor's own interface directly. Option C requires a published module, and a module is a packaging convenience rather than a prerequisite for using a provider. Option D collapses two platforms into one provider, but each platform needs its own provider configuration and credentials.

Sample question 2 — Use the Terraform CLI (Outside of Core Workflow)

A pipeline run died when the runner lost its network connection, and the process that held the remote state lock no longer exists. Each new plan now aborts with a message naming a lock identifier, and the operator has verified that nobody else is working in that workspace. The team needs the blocking record removed so normal runs can continue. Which command should the operator run?

A. Run terraform state rm against the workspace to drop the stale entry.
B. Run terraform force-unlock with the identifier reported by the blocked plan.
C. Run terraform apply -refresh-only so the lock generation is renumbered.
D. Run terraform init -reconfigure to rebuild the backend lock table from scratch.

Answer: B. Option B is correct: run terraform force-unlock with the identifier reported by the blocked plan. A lock whose owning process is gone must be cleared explicitly with the identifier it printed, because the backend keeps that record until someone releases or removes it. Option A is incorrect because removing tracked entries would delete the resources from management instead of releasing the lock. Option C is incorrect because a refresh-only apply still has to acquire the same lock before it can read anything. Option D is incorrect because reconfiguring the backend re-reads its settings but leaves the existing lock record in place.

Sample question 3 — Understand Terraform's Purpose (vs Other IaC)

A startup's founders read that infrastructure can be written once and used anywhere. Their platform lead has to set the record straight before a board discussion about standardizing on a single tool. Which statement describes what the shared abstraction actually delivers?

A. Identical resource declarations that can be moved between vendors without editing any attribute.
B. A single management console in which every vendor's services appear with matching resource names.
C. A consistent language and change process across vendors, with platform details still handled per
D. A portable bytecode format that each vendor compiles into its own native deployment template.

Answer: C. Option C is correct because a consistent language and change process across vendors is what the shared abstraction delivers, with platform details still handled per provider. Reviewers learn one way of working, while each plugin maps configuration onto that vendor's own API. Option A promises identical declarations that move without edits, yet attributes remain tied to the platform they target. Option B pictures one console listing every vendor's services, which is not how the command line or its plugins operate. Option D describes a portable compiled format, but configuration is interpreted as written rather than emitted as another platform's template.

Terraform Associate Practice Questions