PK0-005 CompTIA Project+ Certification (2026) Free Practice Exam Questions (2026 Updated)

In Agile methodologies, the Product Owner is responsible for defining and prioritizing the product requirements to ensure they align with customer needs. Defining success criteria involves establishing clear, measurable goals that determine whether the project's technical features meet customer expectations.

According to the CompTIA Project+ PK0-005 exam objectives, under Domain 1.1: Explain the basic characteristics of a project and various methodologies and frameworks used in IT projects, understanding roles and responsibilities, including that of the Product Owner, is essential.

Timeboxing is a time management technique that involves allocating a fixed, maximum unit of time for an activity and completing the activity within that time frame. In the context of meetings, timeboxing helps ensure that discussions stay within the allotted time, preventing overruns.

According to the CompTIA Project+ PK0-005 exam objectives, under Domain 1.8: Compare and contrast communication management concepts, timeboxing is listed as a meeting management technique to control the duration of meetings and keep them focused .

By implementing timeboxing, the project manager can structure the status calls to adhere strictly to the scheduled one-hour duration, improving efficiency and respecting participants' time.

A gate review is a type of meeting that evaluates the completion and quality of a project stage and decides whether the project can proceed to the next stage. A gate review is a formal governance step that involves reviewing the goals, progress, risks, deliverables, and benefits of the project, and discussing if the project is still aligned with the business strategy and stakeholder expectations. A gate review can have different outcomes, such as go, kill, hold, recycle, or conditional go, depending on the assessment of the project status and viability123. References = CompTIA Project+ Study Guide: Exam PK0-005, 3rd Edition, Chapter 9: Project Change Management, p. 323; Everything Project Managers Need To Know About Gate Reviews | monday.com Blog; Gate reviews: What to do and why you need them - Rebel’s Guide to Project Management; Gates and How to Operate Them - GenSight

Scope creep is most likely happening when a key stakeholder recommends to a senior developer that a new feature be added that is not part of the current requirement documentation. Scope creep is a term that refers to the uncontrolled expansion or change of a project’s scope beyond its original boundaries or objectives. Scope creep can happen due to various reasons, such as changing customer demands, unclear or incomplete requirements, poor communication, lack of change control, or stakeholder interference. Scope creep can have negative impacts on a project, such as delays, cost overruns, quality issues, or reduced customer satisfaction12

A strategy to store records must include data management and document management as two essential elements. Data management is the process of ensuring that the data collected, stored, and used by the project is accurate, complete, consistent, secure, and accessible. Data management helps to maintain the quality and integrity of the project data and supports the analysis and reporting of the project outcomes1, p. 4

Document management is the process of creating, organizing, storing, retrieving, and disposing of project documents in a systematic and controlled way. Document management helps to ensure that the project documents are available, reliable, usable, and authentic throughout the project life cycle and beyond. Document management also helps to comply with the legal, regulatory, and organizational requirements for records retention and disposition2, p. 3

When scope changes occur, proper change management is critical. The engineer must submit the change for formal approval before moving forward. Skipping approval would violate governance processes and may introduce compliance or contractual risks.

This activity is best described as approving deliverables (often in a procurement/payment context). The PM is verifying that what the vendor invoiced—and the supporting documentation—matches what the Statement of Work (SOW) requires. That is a form of verification/acceptance: confirming the vendor has provided the contracted deliverables or services to the agreed standard before payment is approved. In Project+ procurement management, PMs are expected to manage vendor performance against contractual artifacts (SOW, acceptance criteria) and ensure work is validated before closing out payments and contracts.

“Enforcing vendor rules of engagement” is broader and might include communication protocols, escalation paths, or behavioral expectations, but the scenario is specifically about matching invoices and documentation to SOW requirements—an acceptance/verification step. “Reporting overall process” is unrelated, and “scheduling team touch points” refers to meeting cadence and coordination, not invoice/SOW reconciliation.

In practice, this check reduces financial risk (paying for unperformed work), strengthens auditability, and supports clean contract administration. It also helps detect scope misunderstandings early—before they become disputes—by tying vendor charges directly back to agreed deliverables in the SOW.

When a project relies on legacy applications, a primary and often heightened risk is a major cybersecurity event. Legacy systems frequently have older architectures, limited vendor support, weaker security controls, outdated dependencies, and delayed patching capabilities—factors that increase vulnerability exposure. From a Project+ perspective, risk management requires identifying threats with the highest potential impact; a cybersecurity incident can create severe consequences across confidentiality, integrity, and availability, leading to service outages, regulatory exposure (especially if PII is involved), reputational damage, and unplanned cost/schedule impacts.

“Infrastructure end of life” (A) is also a legitimate legacy-related risk, but it is typically a more predictable lifecycle risk that can be planned around (replacement schedules, support contracts). A “company reorganization” (B) is a general organizational risk not specific to legacy applications. “Digital transformation” (C) is more of a strategic initiative context than a discrete risk event.

Because the question asks for the main concern when using legacy apps, the most critical, high-impact threat that legacy systems exacerbate is a major cybersecurity event—the kind of risk that can derail timelines and budgets and force emergency scope changes and remediation work.

The next step after defining tasks, durations, resources, and costs is to establish baselines. A baseline is an approved version of a project plan that serves as a reference point for measuring progress and performance throughout the project lifecycle. A baseline typically includes scope, schedule, cost, quality, and risk parameters. Establishing baselines involves presenting the project plan to key stakeholders and obtaining their formal agreement on the project objectives and deliverables. Baseline approval can help to establish clear expectations, avoid scope creep, and facilitate change control during project execution34

Network issues often prevent users from accessing essential resources like servers and email services. The development team’s inability to access these services suggests a network issue, consistent with CompTIA Project+ knowledge of IT infrastructure management.

In Tuckman’s team development model (forming, storming, norming, performing, adjourning), the storming phase is characterized by conflict, tension, and disagreement as members challenge ideas, roles, and ways of working. Option A describes this best: conflict that affects relationships. CompTIA Project+ includes people management concepts such as team dynamics and the need for PMs to apply leadership, conflict resolution, and motivation techniques as the team develops. ()

Option C describes forming (meeting and learning about the project). Option B describes performing (high-functioning, well-organized execution). Option D aligns with adjourning (closing/disbanding after work completion).

In storming, the PM’s role is to help the team move toward norming by clarifying goals and roles, setting working agreements, reinforcing communication norms, and addressing conflicts early and constructively. For a tax application (high accuracy/compliance needs), stabilizing team collaboration is crucial to reduce defects and rework. Therefore, the life-cycle description that matches storming is conflict affecting relationships. ()

Sharing a resource like an API between projects to leverage each project's strengths and reduce duplicated efforts is a risk-sharing strategy. CompTIA Project+ outlines risk-sharing as a way to capitalize on opportunities or mitigate project constraints.

A project manager did not release the resources. A project manager not releasing the resources could most likely be the cause of this issue where several employees’ allocations from the past month appear to be 200% even though they are only assigned to a particular project. Releasing resources is a process of freeing up or reallocating any human or material resources that were used for a project after its completion or closure. Releasing resources can help to update the resource availability and utilization records and avoid any conflicts or errors in resource allocation or reporting.

A Sprint Review involves reviewing the completed backlog items and presenting the work to stakeholders. This aligns with CompTIA Project+ agile practices, where a Sprint Review focuses on completed tasks and feedback.

A maintenance window is a predefined period of time during which planned changes or updates can be performed on a system or network with minimal impact on the users or business operations1. A project manager should consider the maintenance window next when deploying a new networking device into an existing production environment, as it will help to reduce the risk of downtime, disruption, or errors. A maintenance window should be scheduled in advance, communicated to the stakeholders, and aligned with the change management plan2.

A common disadvantage of cloud models is higher dependency on the vendor—often described as vendor lock-in. When solutions rely on a provider’s proprietary services, APIs, data formats, or managed offerings, switching providers (or moving back on-premises) can become costly and complex. This dependency can reduce portability and negotiating leverage over time, and it can increase switching costs if pricing, service levels, or strategic needs change.

Options A and B are generally the opposite of typical cloud benefits: cloud platforms usually provide elastic scaling and abundant capacity relative to on-prem constraints (assuming budget allows). Latency (C) can be a disadvantage in some architectures, but it isn’t as consistently defining as vendor dependence—latency can be mitigated through region selection, edge services, and network design, and many workloads experience acceptable performance. Vendor dependency/lock-in, however, is a well-known structural risk of adopting cloud-native services.

From a project management lens, this matters in planning and governance: procurement strategy, architectural choices, and exit/migration planning help manage the risk of over-dependence on a single provider.