SMC Scrum Master Certified (SMC) Questions and Answers

Risk is explicitly one of the principal factors considered when constructing and prioritizing the Prioritized Product Backlog. SCRUMstudy identifies value, risk or uncertainty, and dependencies as three primary factors on which backlog prioritization is based.

Option A is therefore incorrect because dependencies may materially affect sequencing. One User Story may rely on functionality supplied by another, and such relationships must be considered during prioritization. SCRUMstudy also identifies splitting or combining stories as possible approaches for resolving dependencies.

Option B is too restrictive. Business value is important, but prioritization is not based only on subjective value. Risk, dependencies, business requirements, estimates, and other relevant considerations influence the ordering of work.

Option D is also incorrect because Scrum can use multiple prioritization techniques, including collaborative methods where appropriate. The framework does not establish a universal prohibition on voting.

Risk-aware prioritization allows high-risk or high-uncertainty work to be addressed early enough to expose problems and enable mitigation.

Study Guide reference: Business Justification - > Value-based Prioritization; Risk - > Risk-adjusted Prioritized Product Backlog.

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A Program Scrum Master extends the facilitative Scrum Master role from an individual project to the program level. SCRUMstudy describes the Program Scrum Master as responsible for guiding, facilitating, and teaching Scrum practices to those involved in the program; helping remove program-level impediments; supporting individual project Scrum Masters; and ensuring that Scrum processes are followed effectively.

Option B is associated more closely with the Program Product Owner, who establishes strategic objectives and priorities for the program and ensures alignment of component projects with program outcomes.

Option A improperly assigns ownership of business justification and viability creation to the Program Scrum Master. Business justification is primarily a Product Owner/business responsibility, although the Scrum Master may facilitate relevant processes.

Option D is inconsistent with Scrum because the Program Scrum Master does not directly control project teams. Scrum Masters facilitate self-organizing teams rather than exercising command authority over them.

Thus the correct responsibility is facilitating and teaching Scrum practices throughout the program.

Study Guide reference: Organization - > Scrum in Programs and Portfolios - > Program Scrum Master responsibilities; Supporting Leadership.

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The intended answer is Continuous stakeholder involvement because it is not one of the specific SBOK characteristics listed for achieving flexibility.

SCRUMstudy identifies the principal mechanisms supporting flexibility as iterative product development, time-boxing, cross-functional teams, customer value-based prioritization, and continuous integration. These mechanisms allow Scrum projects to absorb changing business needs while protecting stability within an active Sprint.

Iterative development creates repeated opportunities to inspect outcomes and adjust requirements. Time-boxing constrains uncertainty and establishes predictable review intervals. Cross-functional teams reduce handoffs and external dependencies by containing the required skills within the team.

Stakeholder involvement is certainly important in Scrum and supports feedback, validation, and value realization. However, the question asks for the item that is not part of the specific enumerated SBOK list of characteristics used to explain flexibility. The formally listed concept is customer value-based prioritization rather than “continuous stakeholder involvement.”

This is therefore a terminology-sensitive SMC question: option C describes a useful Scrum practice, but it is not the designated characteristic in this particular SBOK framework.

Study Guide reference: Change - > Flexibility versus Stability; Principles - > Iterative Development and Time-boxing.

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Statement B is false because task creation, decomposition, estimation, and execution belong fundamentally to the Scrum Team, not to the Product Owner.

SCRUMstudy states that the Task List contains tasks associated with the committed User Stories and that it must include relevant testing and integration work. The level of decomposition or granularity is also determined by the Scrum Team.

Testing and integration are necessary because the increment created during the current Sprint must integrate successfully with deliverables produced in earlier Sprints. This makes statements A and C valid.

Statement D is likewise consistent with self-organization. Those performing the work are best positioned to determine how a User Story should be decomposed technically and how much detail is required for effective execution.

The Product Owner clarifies requirements and Acceptance Criteria but does not assign or commit individual implementation tasks on behalf of team members. During Sprint Planning, the self-organizing Scrum Team determines how to accomplish committed User Stories.

Therefore, B incorrectly transfers task commitment authority to the Product Owner.

Study Guide reference: Plan and Estimate - > Identify/Create Tasks; Estimate Tasks - > Task List and Team Ownership.

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A deliverable does not become Accepted merely because the Scrum Team believes development is complete. Formal acceptance occurs when the Product Owner evaluates the deliverable against the agreed User Story Acceptance Criteria and accepts the associated User Story.

SCRUMstudy states that Acceptance Criteria are objective conditions used to judge User Story functionality. At the end of a Sprint, the Product Owner uses those criteria to verify completed deliverables and either accepts or rejects them. When accepted, the corresponding User Story is considered Done.

Option A lacks Product Owner validation. Option C reflects a team's assessment that work may be potentially shippable, but that does not independently constitute formal acceptance. Option D addresses internal testing and quality verification, which are necessary components of producing Done work but are insufficient by themselves to create an Accepted Deliverable.

This distinction separates technical completion from business acceptance. The Scrum Team builds and verifies the increment; the Product Owner determines whether the agreed business conditions have been fulfilled.

Therefore, B provides the correct definition.

Study Guide reference: Review and Retrospect - > Demonstrate and Validate Sprint - > Accepted Deliverables; Quality - > Acceptance Criteria.

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The described condition is fundamentally Poor Team Collaboration. Large Scrum projects depend on effective interaction among multiple Scrum Teams, particularly where deliverables, dependencies, shared components, or resources cross team boundaries. If teams begin working in isolation, communication decreases and coordination problems can develop even when each individual team appears internally productive.

The Scrum of Scrums mechanism exists specifically to improve coordination among multiple Scrum Teams by sharing progress, dependencies, impediments, and work that could affect other teams. Failure to communicate across those boundaries undermines one of Scrum's core principles—Collaboration.

Technical debt refers to accumulated future cost or rework caused by expedient technical decisions, incomplete engineering practices, or deferred quality work; that is not what the scenario describes. A risk is an uncertain event, whereas the lack of communication is already occurring. It could produce issues or risks, but its immediate organizational diagnosis is poor collaboration.

Thus, the Chief Scrum Master should identify this as a team collaboration problem and facilitate mechanisms that restore transparency, coordination, and cross-team communication.

Study Guide reference: Organization - > Scrum in Large Projects; Principles - > Collaboration; Scrum of Scrums.

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Option C is false because User Story Acceptance Criteria are primarily defined by the Product Owner, based on the Product Owner's understanding of customer and business requirements. The Product Owner then communicates the User Stories and their criteria to the Scrum Team, and agreement and clarification are obtained. SCRUMstudy explicitly identifies Acceptance Criteria as objective conditions developed by the Product Owner.

The Scrum Master facilitates the process and ensures that agreed Acceptance Criteria are not inappropriately changed during an active Sprint, but the Scrum Master does not jointly own their definition with the Scrum Team.

Option D accurately reflects Scrum's iterative delivery approach: work is developed in short, time-boxed Sprints. Options A and B describe the more centralized quality and formal change-management characteristics typically associated with traditional project-management models in the SBOK comparison.

This distinction is important because Scrum incorporates quality continuously through Done Criteria, Acceptance Criteria, iterative development, inspection, adaptation, and frequent stakeholder feedback instead of treating quality primarily as a late project-control activity.

Study Guide reference: Quality - > Quality in Scrum versus Traditional Project Management; Acceptance Criteria; Product Owner Responsibilities.

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Scrum Master Certified (SMC®) — 100 Questions

Option A does not correctly represent Scrum collaboration because it assigns business prioritization authority to the Scrum Team. Determining which User Stories are most important is principally the Product Owner's responsibility through management of the Prioritized Product Backlog. The Scrum Team subsequently estimates, commits to, and determines how to implement the selected work.

Options B, C, and D are genuine examples of collaborative behavior. Discussing the best implementation approach represents joint problem solving by a self-organizing team. Helping another team member overcome task difficulty demonstrates collective ownership rather than rigid individual specialization. Interacting with the Product Owner for requirement clarification enables the Scrum Team to understand intended value and Acceptance Criteria.

SBOK defines collaboration around awareness, articulation, and appropriation, treating delivery as shared value creation among team members and stakeholders.

The Scrum Team participates heavily in planning and can influence what it can realistically commit to, but it does not take over Product Owner accountability for ranking User Stories according to business value.

Study Guide reference: Principles - > Collaboration; Organization - > Product Owner versus Scrum Team Responsibilities.

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A Gap Analysis is specifically used to compare the organization's current or actual state with a desired future state. SCRUMstudy defines it as identifying and documenting the difference between existing business capabilities and the final desired set of capabilities.

That wording directly matches the scenario.

A SWOT Analysis examines strengths, weaknesses, opportunities, and threats and is useful when establishing context, priorities, risks, and strategic direction. A Joint Application Development (JAD) session is a facilitated workshop used to gather and refine requirements through direct collaboration. A Trial Project may be used to test an approach, but it does not specifically quantify or document capability differences.

Gap Analysis helps decision-makers determine what capabilities are missing, where improvement is required, and therefore why a project or program may be needed. The results can contribute directly to development of the Project Vision and later business requirements.

Therefore, because the scenario asks for comparison between current capability and desired capability, Gap Analysis is unambiguous.

Study Guide reference: Initiate - > Create Project Vision - > Gap Analysis.

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An Epic represents a high-level requirement that is generally too large or insufficiently detailed to be completed as a single User Story within one Sprint. As an Epic rises in priority and approaches implementation, it is progressively elaborated and decomposed into smaller User Stories.

SCRUMstudy explicitly states that some Epics/User Stories are initially too large to handle within one Sprint and are therefore broken into smaller User Stories when they move high enough in the Prioritized Product Backlog to be considered for upcoming Sprint work.

Smaller User Stories improve estimation, clarification, testability, and the team's ability to create potentially shippable increments within the Sprint time-box. They also enable the Product Owner to prioritize individual pieces of functionality according to value rather than treating a large requirement as one indivisible block.

Option A may be an indirect benefit but is not the fundamental reason. Team size does not determine whether an Epic must be decomposed, and review duration is not the defining criterion.

Therefore, the correct answer is that Epics are too large to be completed within a single Sprint.

Study Guide reference: Plan and Estimate - > Create User Stories - > Decomposition of Epics.

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A Piloting Plan is used when an organization wants to deploy a product or release initially to a controlled group before broader implementation. According to the SBOK glossary, such a plan can specify the scope and objectives of deployment, the target deployment user base, deployment schedule, transition arrangements, user preparation, evaluation criteria, and other deployment-related details.

The target user base is particularly important because a pilot must clearly identify who will receive and evaluate the initial deployment. Without a defined population, feedback cannot be interpreted reliably, operational impact cannot be controlled, and the organization cannot determine whether the pilot results are representative of the intended implementation.

Security concerns may certainly matter to a specific project, but they are not the defining element tested here. Likewise, employee-friction guidelines and synchronization methods are not identified as the fundamental element of a Piloting Plan in this context.

Therefore, specifying the target deployment user base is the choice that directly corresponds to SBOK's description of an effective Piloting Plan.

Study Guide reference: Release - > Ship Deliverables - > Organizational Deployment Methods/Piloting Plan.

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The intended process relationship is represented by option D. In the terminology used by this question set, Groom Prioritized Product Backlog continuously maintains and updates the backlog. A formal Prioritized Product Backlog Review Meeting is one of the principal mechanisms used to review requirements, obtain feedback, clarify User Stories, and incorporate appropriate changes. The resulting backlog is therefore updated and reprioritized.

Current SCRUMstudy materials use the term Refine Prioritized Product Backlog rather than “Groom,” but the underlying concept remains essentially the same: the Product Owner leads backlog maintenance with input from the Scrum Master, Scrum Team, and relevant business stakeholders.

Accepted Deliverables belong to Demonstrate and Validate Sprint, while the Sprint Backlog is created in planning rather than as the output of backlog refinement. Likewise, a Retrospect Sprint Meeting focuses on lessons learned and actionable improvements.

Thus, the valid Input/Tool/Output combination among the choices is D.

Study Guide reference: Implement - > Groom/Refine Prioritized Product Backlog - > Prioritized Product Backlog Review Meeting - > Updated Prioritized Product Backlog.

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Done Criteria establish the common quality conditions that apply across User Stories and provide a consistent basis for determining whether work is complete. The SBOK framework identifies activities such as completed unit testing, completed documentation, quality-assurance activities, peer review, resolution of issues, and successful demonstrations as legitimate examples of Done Criteria.

The critical distinction in this question is statement I. A list of issues to be fixed means unresolved work remains. That is different from the SBOK concept that all relevant issues are fixed before the item satisfies the Done Criteria. Therefore, simply maintaining a list of outstanding problems cannot itself establish completion.

Unit testing is directly associated with confirming technical quality. Documentation may be required to satisfy organizational, regulatory, operational, or support requirements. Demonstration to stakeholders or business representatives can also form part of the general completion conditions established for the project. Consequently, statements II, III, and IV are appropriate, while statement I is not properly worded as a completion condition.

Study Guide reference: Quality - > Done Criteria; Create Prioritized Product Backlog - > establishment of Done Criteria; distinction between Done Criteria and User Story Acceptance Criteria.

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Among the options given, the Retrospect Project Meeting is the correct answer. SBOK describes this meeting as being conducted after the project to determine ways in which team collaboration and effectiveness can be improved in future projects. Participants examine successes, failures, inefficiencies, and potential improvement opportunities and document lessons learned.

At Sprint level, the equivalent continuous-improvement event is the Retrospect Sprint Meeting, where the team determines what to continue, start, or stop doing in future Sprints. However, that choice is not present in this question.

Sprint Planning is concerned with selecting and planning upcoming Sprint work. Sprint Review/Demonstrate and Validate Sprint focuses on inspecting deliverables and obtaining Product Owner/stakeholder feedback. “Review Project Meeting” is not the defined SBOK retrospective event represented here.

Because this question asks specifically about improving collaboration and effectiveness in the future, and because Retrospect Sprint is absent from the options, Retrospect Project is the correct meeting.

Study Guide reference: Release - > Retrospect Project - > Lessons Learned and Future Improvement.

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The Prioritized Product Backlog is not a tool of the Create Deliverables process. In the legacy SBOK process structure underlying this question, the principal Create Deliverables tools include Team Expertise, Software, Other Development Tools, and Scrum Guidance Body Expertise. Other Development Tools may include techniques such as refactoring and Design Patterns.

Team Expertise represents the collective technical and functional knowledge used by Scrum Team members to transform Sprint work into finished deliverables. Software tools may support scheduling, collaboration, tracking, information distribution, and project execution. Design Patterns provide reusable approaches for resolving recurring design problems and can therefore support creation of deliverables.

The Prioritized Product Backlog serves a different function: it represents the prioritized project requirements maintained by the Product Owner. During the Sprint itself, the Scrum Team executes work from the Sprint Backlog, which contains the committed work for that Sprint.

Therefore, although the Prioritized Product Backlog ultimately drives what enters future Sprints, it is not classified as a Create Deliverables tool.

Study Guide reference: Implement - > Create Deliverables - > Inputs and Tools.

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A risk threshold identifies the point or level at which exposure changes from being acceptable to unacceptable. SCRUMstudy distinguishes risk threshold from the related concepts of risk appetite and risk tolerance. Risk appetite reflects the overall amount of uncertainty an organization is willing to pursue or accept, while risk tolerance describes the degree or volume of variation the stakeholder can withstand. The threshold establishes the boundary at which action or rejection becomes necessary.

In this scenario, some defects remain acceptable and do not prevent release. Once the defect level rises beyond a specified point, however, the deliverables will be rejected. This establishes a clear acceptance boundary, making it a textbook example of a risk threshold.

Risk seeking is a behavioral attitude in which a stakeholder is willing to accept greater uncertainty in pursuit of additional benefits. That concept does not apply here.

The decisive phrase is effectively “acceptable until this level is exceeded.” Once that boundary is crossed, the response changes. Therefore, the scenario illustrates Risk Threshold.

Study Guide reference: Risk - > Risk Attitude - > Risk Appetite, Risk Tolerance, Risk Threshold, Utility Function.

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The Scrum Master should be selected based on characteristics such as problem-solving ability, availability, commitment, facilitation capability, and a supporting/servant leadership style. SCRUMstudy specifically identifies availability for meetings, skills for removing impediments, and commitment to maintaining a conducive work environment as relevant selection criteria.

Option D violates Scrum's principle of self-organization. The Scrum Master does not make technical implementation decisions on behalf of the Scrum Team. The Scrum Team has the authority and responsibility to determine how Prioritized Product Backlog Items are converted into finished deliverables. The Scrum Master's function is to facilitate, coach, protect the process, and remove obstacles—not to act as a technical project manager.

This distinction is fundamental. If the Scrum Master dictated technical decisions, responsibility would shift away from the self-organizing, cross-functional team and recreate a command-and-control structure inconsistent with Scrum.

Therefore, technical decision-making authority on behalf of the Scrum Team is not an appropriate Scrum Master selection criterion.

Study Guide reference: Organization - > Identify Scrum Master and Business Stakeholder(s) - > Selection Criteria; Scrum Team - > Self-organization and technical authority.

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Value-based Prioritization means that Scrum continually orders work so the most valuable requirements receive appropriate priority and business value can be delivered early and continuously, rather than being deferred until final project completion. SCRUMstudy describes this as a core Scrum principle focused on delivering maximum business value from early in the project and throughout its lifecycle.

Option A defines Time-boxing, where time functions as a limiting constraint. Option B defines Self-organization, which empowers the people performing the work. Option C defines Collaboration, specifically using the SBOK dimensions of awareness, articulation, and appropriation.

Value-based prioritization is implemented most visibly through the Prioritized Product Backlog. The Product Owner evaluates requirements by factors including value, risk/uncertainty, and dependencies and continually maintains the ordering as business conditions evolve.

The effect is that the Scrum Team works on high-value functionality without requiring the entire project's requirements to be delivered before stakeholders realize benefits.

Therefore, option D precisely states the SBOK definition.

Study Guide reference: Principles - > Value-based Prioritization; Business Justification - > Value-driven Delivery.

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Within the SBOK framework reflected by this SMC question set, the recommended Scrum Team size is six to ten members. This range is intended to provide enough cross-functional capability to create the Sprint deliverables while keeping coordination and communication manageable.

If a team becomes too large, communication channels increase rapidly, meetings become more difficult to manage, self-organization becomes less efficient, and individual accountability can become diluted. Large projects are therefore normally handled through multiple Scrum Teams coordinated using mechanisms such as Scrum of Scrums rather than by constructing a single excessively large team.

Conversely, a very small team may not contain sufficient breadth of skills to function cross-functionally or may become vulnerable when one person is unavailable.

Therefore, among the choices presented, six to ten is the intended SBOK answer.

Study Guide reference: Organization - > Scrum Team - > Team Size and Personnel Selection; Scaling Scrum - > formation of multiple Scrum Teams for larger projects.

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The SBOK framework identifies six Scrum principles: Empirical Process Control, Self-organization, Collaboration, Value-based Prioritization, Time-boxing, and Iterative Development. These principles are fundamental and apply across Scrum projects regardless of industry or product type.

Self-organization allows team members to determine how best to accomplish their work rather than relying on command-and-control assignment. Collaboration supports shared value creation and effective interaction among the Scrum Core Team and stakeholders. Value-based Prioritization ensures that higher-value requirements receive appropriate priority so that business value can begin to be delivered early.

Linear product delivery, however, is inconsistent with Scrum. Linear or sequential delivery is characteristic of approaches in which major project phases occur predominantly one after another. Scrum instead relies on short, repeated iterations in which work is planned, developed, reviewed, and adapted continuously.

Therefore, linear product delivery is not one of the Scrum principles.

Study Guide reference: Principles - > Six Scrum Principles - > Self-organization, Collaboration, Value-based Prioritization, Iterative Development.

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This scenario describes Refactoring. SBOK defines refactoring as improving the internal design or structure of existing software while preserving its externally observable functionality. The objective is to make code more concise, maintainable, flexible, and understandable without changing what the software does.

The scenario specifically states that the existing implementation is complex, redundant, and time-consuming to maintain, while functionality must remain intact. Those are classic refactoring conditions. Typical refactoring work can include eliminating duplicated code, simplifying overly complicated logic, separating responsibilities, improving naming and structure, and reducing unnecessary coupling.

Design Patterns differ because they provide reusable documented solutions to recurring design problems. A team might employ a design pattern while refactoring, but “Design Patterns” does not describe the overall activity of restructuring existing code without changing behavior.

Mitigated Risks and Updated Dependencies are project-management outputs rather than software-engineering techniques for internal code improvement.

Therefore, the defining combination—redesign internal code, remove redundancy, improve maintainability, preserve functionality—identifies refactoring unambiguously.

Study Guide reference: Quality/Implement - > Create Deliverables - > Refactoring; technical practices for maintaining product quality.

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The Scrum Master is fundamentally a facilitator and supporting/servant leader rather than a traditional command-and-control project manager. Within the quality aspect, the Scrum Master's responsibilities include eliminating environmental obstructions that can negatively affect either the quality of deliverables or the effectiveness of Scrum processes.

Environmental obstructions may include organizational interference, inadequate tools, coordination problems, communication barriers, disruptive working conditions, or dependencies that prevent the Scrum Team from working effectively. The Scrum Master facilitates their removal so the self-organizing Scrum Team can concentrate on producing high-quality deliverables.

“Leader” is too broad for the specific role described in this question. Although servant leadership is a characteristic of a Scrum Master, the operational action of clearing impediments and creating a conducive environment is fundamentally facilitative. “Pacifier” and “Escalator” are not formal Scrum roles.

The distinction matters because the Scrum Master does not solve the technical work for the team or direct members on how to build deliverables. Instead, the role improves the environment and process in which the team operates.

Study Guide reference: Quality - > Summary of Responsibilities Relevant to Quality; Organization - > Scrum Master as Facilitator/Supporting Leader.

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A Scrumboard represents work associated with a particular Sprint. During that Sprint, tasks move through workflow states such as To Do, In Progress, Testing, and Done. The board is updated continuously so that the team has a transparent view of current progress.

At the completion of the Sprint, however, that Sprint's working board is no longer the active execution board. Earlier SBOK guidance explicitly describes the Scrumboard as being reset or wiped off, with a new Scrumboard created for the next Sprint. Current SBOK guidance similarly states that one Scrumboard is valid for one Sprint and that the Scrum Team creates a new board for the next Sprint.

This distinction is important because velocity is not calculated merely by retaining two physical boards side by side. Historical metrics and Sprint results can be preserved through appropriate tracking mechanisms, while the operational Scrumboard remains focused on current Sprint work.

Thus the exam wording “reset or wiped off” reflects the SBOK concept that each Sprint receives its own current execution view rather than indefinitely accumulating tasks from earlier Sprints.

Study Guide reference: Implement - > Create Deliverables - > Updated Scrumboard; Scrumboard lifecycle across Sprints.

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The Scrum Master facilitates the identification, assessment, communication, and escalation of problems and Change Requests generated by the Scrum Team. The Product Owner then evaluates business impact and determines how approved changes should be prioritized within the Prioritized Product Backlog. This separation preserves both facilitation and business accountability.

Option A is contrary to Scrum. Scrum does not attempt to eliminate change; it deliberately accommodates change while maintaining stability during the active Sprint.

Option C is primarily a Product Owner/business stakeholder responsibility when interpreted as formally submitting project changes. Scrum Team members and the Scrum Master may suggest improvements, but the Scrum Master's principal defined change-management responsibility is facilitation, not ownership of business Change Requests.

Option D incorrectly gives approval authority to the Scrum Master. Formal change approval and prioritization are driven by the Product Owner within organizational tolerance levels and applicable Scrum Guidance Body procedures.

Consequently, B accurately reflects the Scrum Master's servant-leadership role: enabling the Scrum Team to surface necessary changes and ensuring that those changes reach the appropriate Product Owner decision process.

Study Guide reference: Change - > Summary of Responsibilities Relevant to Change; Change Requests; Product Owner prioritization.

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The intended SMC answer is C — Ensure back-up resources are available. During the Form Scrum Team process, the Scrum Master facilitates selection and formation of the team, supports the Collaboration Plan and Team Building Plan, and ensures that appropriate backup resources are available where necessary. SCRUMstudy's current role-responsibility mapping explicitly assigns this responsibility to the Scrum Master.

Option A is primarily associated with the Product Owner, who defines the Project Vision and is accountable for aligning the project with business objectives. Option D is also a Product Owner responsibility: the Product Owner defines User Story Acceptance Criteria based on customer and business requirements, although the Scrum Master facilitates their creation and protects them from inappropriate modification during a Sprint.

There is nuance around option B: modern SBOK responsibility tables state that the Scrum Master helps identify business stakeholders. However, this legacy exam item is specifically testing the Form Scrum Team responsibility and its established keyed answer is C. The distinction is that identifying and formally representing business stakeholder interests remains primarily aligned with Product Owner/project initiation activities, whereas ensuring backup resources is explicitly stated as a Scrum Master duty.

Study Guide reference: Organization - > Scrum Master Responsibilities; Initiate - > Form Scrum Team.

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Statement B is inaccurate because SBOK risk management operates across project, program, and portfolio levels. A risk may originate at the program or portfolio level yet affect one or more projects. In such circumstances, information about that risk must be communicated to the affected Product Owner and Scrum Team, while the risk can continue to be managed at the level where it originated. Serious portfolio/program risks can even cause a project team to reconsider or re-plan Sprint work.

Scrum's iterative structure also reduces exposure by creating short feedback cycles. Problems become visible sooner than in long sequential delivery models, allowing corrective action before excessive investment accumulates. Risk information can be communicated through artifacts such as Risk Burndown Charts.

Scrum's flexibility further assists risk management because approved changes can be incorporated into the Prioritized Product Backlog and prioritized for subsequent Sprints. This does not mean uncontrolled scope changes are introduced into an active Sprint; Sprint stability remains protected.

Therefore, the assertion that risks can only be managed at project level directly contradicts SBOK's treatment of program- and portfolio-level risk.

Study Guide reference: Risk - > Risks in Portfolios and Programs; Risk Identification, Assessment, Prioritization, and Communication.

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The Project Vision Statement establishes the project's overall direction and communicates the fundamental business objective that the project is intended to achieve. During Create Project Vision, the Project Business Case is reviewed and the Project Vision Statement is produced to provide inspiration and focus for the entire project.

SCRUMstudy further emphasizes that a good project vision focuses on the business need or problem, rather than prematurely prescribing the detailed solution. It should not be so specific that adaptation becomes difficult as assumptions and requirements evolve.

Specific requirements are subsequently developed through Epics, User Stories, and the Prioritized Product Backlog. Project status is communicated through Scrum artifacts and meetings, while daily progress is tracked through mechanisms such as Daily Standups, Scrumboards, and Sprint Burndown Charts.

Consequently, the Project Vision is neither a detailed requirements specification nor a daily control document. Its primary function is to define the high-level objective and desired direction of the project.

Study Guide reference: Initiate - > Create Project Vision - > Project Business Case and Project Vision Statement.

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