PMI PMP Integrated Planning and Delivery Approaches Practice Test

 

Topic 10 covers integrated planning and delivery approaches for the PMI Project Management Professional (PMP) certification. These original scenarios apply the July 2026 exam objectives across predictive, agile and hybrid projects. Use the stated constraints to select one answer unless the question specifies otherwise. For broader preparation, visit the PMP Exam Dumps page. Each option has an explanation of its role in the decision.

Question 1

A hospital is replacing building ventilation and introducing a new patient scheduling application. Ventilation specifications are approved and late physical changes are costly. Scheduling workflows remain uncertain, and staff can test software every two weeks. Which delivery design best fits these conditions?

1. Let each workstream choose its method and reconcile dates at commissioning.
2. Complete the ventilation project before planning any scheduling work.
3. Use predictive ventilation planning and iterative software delivery with shared integration milestones.
4. Baseline every software screen before either workstream begins procurement.
5. Use two-week iterations for both workstreams and defer ventilation specifications until installation.

Correct Answer: C

 

Correct Answer

Answer C is correct because the two workstreams have different uncertainty and change costs. Coordinating their interfaces and readiness dates preserves one integrated delivery plan while allowing useful software feedback.

Incorrect Answers

Answer A is incorrect because local method choice is appropriate, but commissioning is too late to discover interface and readiness mismatches. Integration milestones must connect the plans during delivery.

Answer B is incorrect because no dependency requires all software planning to wait. This loses opportunities for parallel discovery and can postpone identifying integration or operational-readiness needs.

Answer D is incorrect because this extends the stable hardware approach to workflows that require discovery. It delays known work and substitutes speculative screen detail for available staff feedback.

Answer E is incorrect because frequent software feedback is useful, but delaying known physical specifications creates avoidable procurement and installation risk. A common iteration length need not dictate both development methods.

 

Question 2

A municipal pump replacement uses an established design, approved drawings and a single shutdown window. Operators cannot use a partial installation. Which approach is most suitable for planning the replacement?

1. Plan separate component handovers and reserve system integration for a later outage.
2. Choose Scrum because a fixed shutdown date makes the work timeboxed.
3. Plan the installation predictively around the approved design and shutdown.
4. Use short planning cycles during the shutdown to refine the installation sequence.
5. Defer detailed installation sequencing until the crew begins the shutdown.

Correct Answer: C

 

Correct Answer

Answer C is correct because requirements and construction methods are sufficiently stable to plan dependencies before the shutdown. A usable partial release is unavailable, so frequent deployment would not provide the claimed advantage.

Incorrect Answers

Answer A is incorrect because component handovers can track progress, but an operational replacement requires integration. A later outage is not available under the stated single-window constraint.

Answer B is incorrect because a deadline alone does not establish a need for Scrum. The decisive facts are stable design and tightly coupled physical work, not the existence of a time limit.

Answer D is incorrect because short execution checks can help, but the established design allows the critical sequence to be planned before the sole shutdown. Deferring that preparation creates avoidable uncertainty within an indivisible installation.

Answer E is incorrect because a stable design and one outage support advance sequencing. Waiting for physical work to start would consume the limited shutdown resolving dependencies that could be planned beforehand.

 

Question 3

A discovery project has funding for a year. Its first laboratory campaign is understood; later experiments depend on those results. The sponsor needs a credible overall outlook now. What should the manager propose?

1. Use last year’s experiment sequence as this year’s approved baseline.
2. Detail every experiment now using the most likely first-campaign result.
3. Use the midpoint of a historical range as a fixed full-year commitment.
4. Detail the first campaign and maintain ranges and review points for later work.
5. Publish only the first campaign and omit the remaining funding horizon.

Correct Answer: D

 

Correct Answer

Answer D is correct because the first campaign supports detailed commitments, while later work depends on evidence not yet available. An overall forecast plus explicit planning horizons gives visibility without inventing precision.

Incorrect Answers

Answer A is incorrect because historical information can inform estimates, but it does not resolve the current experimental dependencies. Reuse requires assessment of whether the conditions actually match.

Answer B is incorrect because this turns an untested assumption into a detailed execution plan. It may be a scenario for comparison, but it cannot credibly represent all later work as settled.

Answer C is incorrect because historical ranges can inform the outlook, but their midpoint does not resolve the current conditional experiments. Presenting it as fixed would hide rather than manage uncertainty.

Answer E is incorrect because near-term detail is appropriate, but the sponsor also needs an overall outlook. Later uncertainty should be represented with assumptions and ranges instead of disappearing from the plan.

 

Question 4

Before an integrated plan is approved, the test plan requires a refrigerated chamber in June, the facilities plan provides it in August, and the cost plan excludes rental equipment. Which TWO actions address the inconsistency? Choose TWO.

1. Compare resequencing and chamber-rental options across schedule, cost and technical needs.
2. Approve the plans separately because each discipline owner has signed its document.
3. Add a general contingency reserve and retain all existing dates.
4. Approve the cost plan now and leave chamber scheduling to the test team during execution.
5. Move chamber rental into a separate facilities initiative and retain the June test plan.
6. Agree on one feasible chamber arrangement and update the affected plans.

Correct Answers: A, F

 

Correct Answers

Answer A is correct because the conflict spans three plans. Evaluating alternatives together shows whether the June test date or the facilities strategy can change without creating an unfunded or technically unsuitable solution.

Answer F is correct because a coordinated decision must become a consistent set of resource, schedule and cost commitments. Separate documents that retain incompatible assumptions cannot guide execution reliably.

Incorrect Answers

Answer B is incorrect because local approval does not resolve contradictory dates or the absent rental allowance. Integration requires checking the combined plan, not merely collecting signatures.

Answer C is incorrect because money alone neither provides the chamber nor establishes a booking and test arrangement. A reserve without a selected response leaves the physical dependency unresolved.

Answer D is incorrect because separate approval may appear to preserve progress, but it locks in a budget that excludes a potentially necessary rental. The resource date and cost choice must be reconciled before the integrated commitment is accepted.

Answer E is incorrect because changing which initiative carries the work does not secure June availability or approve its cost. The external arrangement must still be feasible and reflected consistently in the integrated commitments.

 

Question 5

An adaptive team delivers software every two weeks, but a distributor can update its devices only once each quarter. User feedback on demonstrations is available throughout the quarter. Which arrangement best supports both learning and deployable releases?

1. Develop usable increments fortnightly and coordinate quarterly device releases.
2. Extend development iterations to a quarter to match the distributor’s release calendar.
3. Build components fortnightly and defer integration until the quarterly update window.
4. Deliver demonstrations fortnightly and count demonstrated features as customer deployments.
5. Prepare each device release quarterly and gather user feedback only after deployment.

Correct Answer: A

 

Correct Answer

Answer A is correct because development and deployment need not have identical cadences. Frequent usable increments support learning, while compatibility checks and release preparation respect the distributor’s quarterly update window.

Incorrect Answers

Answer B is incorrect because this fits deployment timing but sacrifices the available fortnightly learning opportunities. The external release window does not require the team to batch all development into the same interval.

Answer C is incorrect because frequent component completion does not ensure usable increments. Deferring integration leaves little time to discover and correct compatibility problems before the external release.

Answer D is incorrect because demonstrations can provide feedback, but the customers’ devices are still updated quarterly. Conflating the two would misstate when usable functionality actually reaches them.

Answer E is incorrect because quarterly deployment is necessary, but postponing feedback is not. Available demonstrations can expose issues early without changing the device-update constraint.

 

Question 6

A project planning workshop estimates a migration at 600 person-hours. Five specialists are available for 20 productive hours each week. The estimate already includes testing, and no other constraints or parallelism limits apply. What is the minimum planned duration at this capacity?

1. Six weeks.
2. Twelve weeks.
3. One hundred twenty weeks.
4. Three weeks.
5. Thirty weeks.

Correct Answer: A

 

Correct Answer

Answer A is correct because weekly capacity is 5 multiplied by 20, or 100 person-hours. Dividing 600 person-hours by 100 person-hours per week gives six weeks under the stated assumptions.

Incorrect Answers

Answer B is incorrect because this would imply only 50 person-hours of weekly capacity. All five specialists are available for 20 hours each, giving twice that supply.

Answer C is incorrect because dividing 600 hours by five people produces 120 hours per person, not weeks. Converting that effort using each person’s 20-hour week gives six weeks.

Answer D is incorrect because this uses 40 productive hours per specialist per week. The scenario explicitly limits project capacity to 20, so the assumed 200-hour weekly supply is unavailable.

Answer E is incorrect because dividing 600 by 20 treats the team as one specialist. It ignores the other four people whose parallel productive capacity is explicitly available.

 

Question 7

A planning template requires forty artifacts for every project. A small internal dashboard has low operational risk, a stable team and frequent access to its users. Company policy allows justified tailoring but requires a record of approvals and data-access controls. Which TWO actions are appropriate? Choose TWO.

1. Retain all forty artifacts to maximize comparability with larger projects.
2. Postpone the access-control decision until the dashboard has regular users.
3. Adopt another team’s shortened template without checking data-access obligations.
4. Record the tailoring rationale and preserve the mandated approvals and access controls.
5. Replace approval evidence with informal chat because the project is small.
6. Combine low-value documents while retaining necessary decisions and control evidence.

Correct Answers: D, F

 

Correct Answers

Answer D is correct because the team has discretion over the approach but not over the specified minimum controls. Recording the choice makes the lighter process reviewable and prevents accidental omissions.

Answer F is correct because tailoring can reduce duplication without discarding the information needed to manage the project. The stated policy permits a lighter representation when its rationale is documented.

Incorrect Answers

Answer A is incorrect because comparability can be useful, but the policy permits justified tailoring and the project has low risk. Keeping every artifact solely for uniformity adds overhead without assessing which information is needed here.

Answer B is incorrect because access arrangements influence design and safe use. Deferring a mandatory control until after use creates avoidable rework and a gap in the delivery plan.

Answer C is incorrect because reuse may save effort, but the other project may have different control needs. Tailoring requires assessing this dashboard’s requirements before accepting the template.

Answer E is incorrect because size supports proportionate documentation but does not waive the stated approval-record requirement. Chat could serve only if it actually satisfied the required record and retention rules.

 

Question 8

Three teams plan a connected retail release. The checkout team needs a pricing interface by week 5, but the pricing team plans it for week 8. Local forecasts show all teams meeting their own completion dates. What should the project manager do before accepting the integrated release forecast?

1. Measure progress by the sum of completed team backlog items.
2. Accept the forecasts and add the interface to the next retrospective.
3. Resolve the interface delivery dependency with both teams.
4. Use week 8 as the release date because it is the latest interface completion date.
5. Have checkout reserve all of week 5 for integration testing.

Correct Answer: C

 

Correct Answer

Answer C is correct because local completion dates do not prove an end-to-end plan is feasible. The week-5 need must be reconciled with the week-8 supply through sequencing, interface staging or another agreed alternative.

Incorrect Answers

Answer A is incorrect because item totals can conceal a missing shared capability. Release readiness depends on the interface and integration evidence, not just the aggregate volume of local work.

Answer B is incorrect because the mismatch is already known and affects planned execution. Waiting for retrospective learning would leave a preventable integration gap in the forecast.

Answer D is incorrect because interface completion is not necessarily completion of consuming work and integration. The teams must examine what follows the handoff before treating week 8 as a feasible release.

Answer E is incorrect because a reservation alone does not make the pricing interface available. The supply date or the consuming sequence must change through coordinated planning.

 

Question 9

A prototype demonstrates that a planned sensor will not operate at the required temperature. The integrated plan assumed that sensor and its standard lead time. A compatible alternative exists but needs different power and mounting arrangements. Which THREE planning updates are needed before recommending the revised delivery approach? Choose THREE.

1. Compare only the purchase prices because engineering work is already budgeted.
2. Update the component purchase list and leave the dependent work estimates unchanged.
3. Reconcile the revised procurement timing with integration and test milestones.
4. Finalize the replacement order before determining its mounting requirements.
5. Update the assumption and compare the alternative’s total cost and risk.
6. Assess the alternative’s effect on electrical and mechanical work.

Correct Answers: C, E, F

 

Correct Answers

Answer C is correct because a compatible component is useful only if its availability and verification fit the delivery sequence. Updating the linked milestones exposes any effect on the release forecast.

Answer E is correct because the original sensor assumption has been disproved. Recording that change and its wider consequences supports a reasoned recommendation instead of an isolated unit-price decision.

Answer F is correct because the replacement changes two interfaces, so its consequences extend beyond buying a different sensor. The revised plan must include the resulting design and integration work.

Incorrect Answers

Answer A is incorrect because existing engineering allocations may not include redesign and retesting. Comparing only unit prices ignores the specified interface changes and possible additional effort.

Answer B is incorrect because the replacement changes power and mounting, so a purchasing-only update misses known engineering and test effects. The integrated estimates must be reconsidered before the approach is recommended.

Answer D is incorrect because the mounting impact is a known planning dependency. Committing first may lock in an unsuitable alternative before the integrated implications have been assessed.

 

Question 10

A company has authorized an exploratory product initiative with a fixed quarterly funding cap. Customers can test usable slices weekly, and the team expects priorities to change with evidence. Which planning arrangement is most suitable?

1. Use only a milestone calendar and postpone all ordering of the product work.
2. Use a prioritized backlog within the funding cap and review release forecasts as evidence develops.
3. Keep the feature list flexible and authorize spending beyond the cap whenever customers request work.
4. Lock the complete feature list for the quarter and use weekly reviews only to report progress.
5. Estimate the annual product in task-level detail before conducting the first customer test.

Correct Answer: B

 

Correct Answer

Answer B is correct because the cap constrains investment while the backlog allows scope choices to respond to learning. Forecast reviews connect changing priorities to delivery expectations without pretending all features are already known.

Incorrect Answers

Answer A is incorrect because dates alone cannot determine which usable slices the team should build within a constrained budget. Work ordering is required to make the funding limit operational.

Answer C is incorrect because adaptive priorities do not grant additional funding authority. The plan must respect the explicit cap while deciding which work offers the best use of it.

Answer D is incorrect because this removes the stated purpose of weekly customer feedback. A fixed investment limit can coexist with adaptive scope instead of making discovery irrelevant.

Answer E is incorrect because later tasks depend on learning from usable slices. Extensive early detail would consume time without resolving that uncertainty and is not needed to control the quarter’s investment.

 

Question 11

A predictive project’s approved plan specifies a supplier interface review before fabrication. The schedule contains fabrication but no review, although its cost is included. Which assessment most accurately describes the problem?

1. The schedule only needs a review-duration buffer within the fabrication activity.
2. The schedule is complete because review effort can be absorbed into fabrication.
3. The plan has a missing scheduled dependency, despite containing its budget.
4. The cost plan has scope creep because the schedule omits the review.
5. The supplier should choose whether the review is needed after fabrication starts.

Correct Answer: C

 

Correct Answer

Answer C is correct because including review cost does not reserve time or establish the prerequisite to fabrication. The schedule must represent required work consistently with the technical and cost plans.

Incorrect Answers

Answer A is incorrect because a buffer provides time but does not represent the required predecessor. The interface review must occur before fabrication, so the schedule needs an explicit sequence rather than allowance inside the later activity.

Answer B is incorrect because the review must precede fabrication. Absorbing it into a later activity would erase the stated decision boundary and conceal its timing.

Answer D is incorrect because the approved plan requires the review. Its absence from the schedule is an omission, not evidence that the budgeted work is unauthorized.

Answer E is incorrect because the approved prerequisite already answers that question. Delegating a later choice would not reconcile the schedule with the governing plan.

 

Question 12

An adaptive team is asked for a nine-month release roadmap. Only the next month’s work has been refined; subsequent themes depend on market tests. Which TWO features make the roadmap useful without overstating certainty? Choose TWO.

1. Show near-term release detail and broader later themes with stated assumptions.
2. Convert every later theme into a dated task commitment before publication.
3. Set review points that use market-test results to revise later forecasts.
4. Assign the same confidence level to all nine months for consistency.
5. Refresh the later themes only after all near-term commitments have been delivered.
6. Publish only the next month and defer later themes until they can be estimated as precisely.

Correct Answers: A, C

 

Correct Answers

Answer A is correct because different levels of knowledge warrant different levels of detail. The roadmap can connect current work to likely later outcomes while making uncertainty visible.

Answer C is correct because the later themes depend on evidence, so the plan should specify when that evidence will inform decisions. A review cadence prevents the roadmap becoming an unexamined promise.

Incorrect Answers

Answer B is incorrect because task detail cannot remove the uncertainty in market outcomes. This would misrepresent exploratory themes as known work with reliable execution dates.

Answer D is incorrect because visual consistency should not conceal meaningful differences in knowledge. Later market-dependent work has a different basis from the refined near-term items.

Answer E is incorrect because market-test results can change later priorities before the near-term work finishes. Review timing should use that decision-relevant evidence rather than wait for an unrelated completion condition.

Answer F is incorrect because future themes can support coordination without near-term precision when their assumptions are visible. Withholding the whole outlook until equal detail exists loses useful directional information.

 

Question 13

An organization requires a safety review before any customer release. A software team uses short iterations and says the review must therefore occur only at project end. What is the best planning response?

1. Replace the safety review with the team’s demonstration at each iteration.
2. Switch all work to a predictive lifecycle because a release review exists.
3. Complete all iterations before deciding what evidence the safety review needs.
4. Integrate the required evidence and review timing into the release plan.
5. Schedule the formal review after the first small customer release to obtain realistic evidence.

Correct Answer: D

 

Correct Answer

Answer D is correct because short iterations can produce and refine review evidence throughout delivery. The release condition remains applicable, and scheduling its preparation and decision avoids a surprise at deployment.

Incorrect Answers

Answer A is incorrect because a demonstration may provide useful evidence but has not been authorized as a substitute for the required review. The plan must preserve the stated release condition.

Answer B is incorrect because one governance condition does not establish that every development activity must be predictive. Iterative learning can operate within the required safety decision boundary.

Answer C is incorrect because late discovery of review requirements could force redesign or retesting. Defining evidence early allows it to be generated as part of the work.

Answer E is incorrect because realistic evidence is useful, but the stated rule requires review before any customer release. The plan must obtain suitable evidence in an authorized pre-release setting.

 

Question 14

A laboratory project must choose an instrument by week 6. One uncertain measurement requirement can be resolved by a two-week trial starting now. Ordering either instrument is irreversible, and six weeks remain before the order is due. What should the execution strategy prioritize?

1. Order both instruments and decide which one to use after delivery.
2. Run the trial before committing to the instrument order.
3. Wait until week 6 to begin the two-week trial.
4. Order the cheaper instrument now to preserve maximum procurement schedule buffer.
5. Select the instrument favored by the supplier’s generic performance benchmark.

Correct Answer: B

 

Correct Answer

Answer B is correct because the trial can resolve the uncertainty within the available decision window. Sequencing this learning before an irreversible choice reduces avoidable commitment risk without missing the order deadline.

Incorrect Answers

Answer A is incorrect because this may remove a choice but creates unnecessary irreversible spending when a timely trial is available. Nothing in the scenario authorizes or requires redundant purchases.

Answer C is incorrect because the evidence would arrive after the order decision. The point of early learning is to inform the commitment while it is still reversible.

Answer D is incorrect because early ordering creates schedule margin but commits irreversibly before resolving a requirement that could make the instrument unsuitable. The two-week trial fits within the six-week decision window.

Answer E is incorrect because generic performance can inform a shortlist, but it may not address this project’s uncertain measurement requirement. A timely trial is available to answer that specific question before commitment.

 

Question 15

A Scrum Team has a Product Goal and an ordered Product Backlog. During Sprint Planning, managers request a fixed daily task allocation for every Developer for the next six Sprints. Which response best preserves useful planning?

1. Ask the Product Owner to assign all daily tasks because the owner orders the backlog.
2. Keep the six-Sprint assignments fixed and review allocation changes only at the next quarterly planning meeting.
3. Forecast upcoming releases and let Developers plan the current Sprint’s work.
4. Provide only current Sprint commitments until every remaining backlog item is fully refined.
5. Publish fixed six-Sprint allocations for each Developer and sum them into the team forecast.

Correct Answer: C

 

Correct Answer

Answer C is correct because a longer outlook can support coordination, while the Developers construct and adapt the actionable Sprint plan. Six Sprints of fixed daily assignments would imply certainty the evolving backlog does not provide.

Incorrect Answers

Answer A is incorrect because ordering the Product Backlog does not transfer responsibility for how work is performed. The Developers plan the work needed to create the Increment.

Answer B is incorrect because a periodic review may support wider coordination, but known learning can change the best current plan sooner. Freezing assignments until the next quarter would prevent timely adaptation to the evolving backlog.

Answer D is incorrect because stakeholders can use an assumption-based release forecast before every future item has near-term detail. Waiting for complete refinement withholds a useful outlook even though the team can explain its uncertainty.

Answer E is incorrect because aggregating fixed individual assignments does not remove their false precision. A release outlook can support coordination while the Developers retain the flexibility to plan and adapt the current Sprint’s work.

 

Question 16

A hybrid project plans an external penetration test immediately before launch. The security team needs ten working days after receiving a stable build; the application plan delivers that build only three working days before launch. Which TWO planning changes directly resolve the feasibility question? Choose TWO.

1. Reserve launch communications before reviewing the test dependency.
2. Assign more application developers to security testing without consulting security.
3. Confirm a stable-build handoff date that allows the required test interval.
4. Overlap the external test with continuing build changes and retain the launch date.
5. Move the test to the risk register and retain the launch date as fully supported.
6. Evaluate an earlier scope cutoff or a revised launch date with the affected owners.

Correct Answers: C, F

 

Correct Answers

Answer C is correct because the security duration is a real prerequisite to release. Aligning the handoff with that duration exposes whether the present launch date can be supported.

Answer F is correct because these alternatives change either when the build becomes stable or when release occurs. Joint assessment can select a feasible sequence while making scope and timing tradeoffs explicit.

Incorrect Answers

Answer A is incorrect because communication preparation does not change the missing seven working days. Treating the date as settled would create commitments before feasibility is established.

Answer B is incorrect because additional application staff do not automatically shorten an externally defined test. The constraint must be reconciled with the responsible test team.

Answer D is incorrect because the security team’s duration starts from a stable build. Continuing changes do not satisfy that condition and may invalidate the external test basis, so overlap cannot simply recover the missing interval.

Answer E is incorrect because recording a risk does not satisfy a known release prerequisite. The shortfall is already visible in the plan and must affect the feasibility assessment.

 

Question 17

A delivery team receives unplanned service requests with widely varying sizes. Requests arrive continuously, and no regular batch of work is needed for release. The main problem is too many simultaneous requests waiting for specialist review. Which planning practice most directly fits this work?

1. Manage a visible flow of requests with limits on work in progress.
2. Commit to the same number of requests in every fixed-length iteration.
3. Group every request into quarterly releases regardless of readiness.
4. Prepare a detailed year-long sequence for all incoming requests.
5. Begin all requests immediately and use priority labels to manage completion.

Correct Answer: A

 

Correct Answer

Answer A is correct because the work arrives continuously and the bottleneck is excessive concurrent demand. Limiting starts and making review queues visible directly addresses flow without inventing a release batch.

Incorrect Answers

Answer B is incorrect because request sizes vary and arrivals are continuous. A fixed count would not represent comparable effort or directly limit the specialist queue.

Answer C is incorrect because no batch release is required, so quarterly grouping introduces avoidable waiting. It does not solve the specialist-review constraint.

Answer D is incorrect because the future arrival pattern and sizes are not yet known. That sequence would create unsupported detail rather than control the current flow problem.

Answer E is incorrect because priority labels do not prevent the queue from growing. Starting everything preserves the stated cause of delay: too much work competing for limited review capacity.

 

Question 18

A predictive project is converting an approved planning package into work packages for the next phase. The detailed estimate exceeds the planning allowance by 18%, beyond the manager’s delegated tolerance. What is the appropriate next step?

1. Replace the baseline amount because rolling-wave detail is automatically authorized.
2. Keep the original allowance and manage the additional effort only in the team’s working forecast.
3. Begin the detailed work and request approval after actual costs confirm the estimate.
4. Reduce package scope to fit the allowance and notify the sponsor in the next status report.
5. Assess the variance and seek the required decision before changing the approved baseline.

Correct Answer: E

 

Correct Answer

Answer E is correct because progressive detail can reveal a genuine funding gap, but it does not expand delegated authority. The new estimate should inform an impact assessment and the stated approval process.

Incorrect Answers

Answer A is incorrect because rolling-wave planning authorizes elaboration, not an unlimited budget change. The explicit tolerance makes this a decision requiring the appropriate authority.

Answer B is incorrect because a working forecast should show the new estimate, but the increase already exceeds delegated tolerance. Keeping it local would bypass the required decision about the baseline and funding.

Answer C is incorrect because the forecast already exceeds authority. Waiting for spending to occur makes the decision less reversible and is inconsistent with the stated tolerance.

Answer D is incorrect because a funding gap does not authorize an unreviewed scope reduction. The variance exceeds delegated tolerance, so the manager must assess the consequences and obtain the required decision before changing commitments.

 

Question 19

An integrated plan assumes users will attend a three-day acceptance exercise in November. The business calendar shows those users are unavailable throughout November, and no substitutes are authorized. Which issue should the planning review raise?

1. The acceptance milestone lacks feasible business-resource availability.
2. The users should be assumed available because the milestone appears in the plan.
3. The technical team’s development estimates are necessarily too low.
4. Acceptance should be replaced by the team’s internal test report.
5. The acceptance exercise should be shortened to one day within November.

Correct Answer: A

 

Correct Answer

Answer A is correct because the planned exercise requires people who cannot attend during the selected period. The review must reconcile the exercise timing with real availability before treating the milestone as achievable.

Incorrect Answers

Answer B is incorrect because a date in a document does not create a resource commitment. The known business calendar contradicts that assumption.

Answer C is incorrect because the calendar conflict does not establish an error in development effort. It identifies a missing business-resource commitment at acceptance.

Answer D is incorrect because the scenario requires a user exercise and authorizes no substitute. Internal testing may support acceptance but cannot silently replace that agreed participation.

Answer E is incorrect because a shorter session can reduce demand on available users, but these users are unavailable throughout November. Duration compression does not resolve the business-resource constraint or authorize substitutes.

 

Question 20

A hybrid rollout combines a vendor’s monthly platform updates and a team’s weekly feature delivery. Compatibility failures have occurred when both change together. Which TWO additions would most improve the integrated plan? Choose TWO.

1. Report the total count of vendor and feature changes as the main readiness measure.
2. Move feature development to the vendor’s monthly cadence without adding compatibility checks.
3. Schedule compatibility checks against identified platform versions.
4. Agree on platform-change notice and coordinated release decision points.
5. Let the two groups maintain private release calendars to reduce meeting time.
6. Assume the latest platform version is compatible until users report failures.

Correct Answers: C, D

 

Correct Answers

Answer C is correct because version-specific checks make the interface assumption testable. They can detect incompatibility before a feature is released against a changing platform.

Answer D is correct because the teams need advance visibility and a defined opportunity to reconcile changes. Coordination points connect their different cadences without requiring identical work methods.

Incorrect Answers

Answer A is incorrect because change volume does not establish compatibility. Many completed changes can still form an unusable combined release.

Answer B is incorrect because matching cadence alone does not establish that changes work together. The observed issue concerns interacting versions, so the plan still needs compatibility evidence and coordinated release decisions.

Answer E is incorrect because private calendars remove the visibility needed to coordinate changes. Reduced meeting effort would be offset by the same avoidable integration failures.

Answer F is incorrect because the history already demonstrates that assumption is unsafe. Waiting for user failures moves integration discovery after release.

 

Question 21

A project must report the energy used during a manufacturing trial to compare two designs. The baseline plan names the trial but omits meter access, data ownership and measurement timing. What should be added before execution?

1. A measurement arrangement covering data access, responsibility and collection timing.
2. A sustainability statement in the project introduction.
3. Use the facility’s monthly utility total as both designs’ trial energy figures.
4. A post-trial estimate based only on the equipment’s rated maximum power.
5. Record trial run times and assume both designs consume equal power.

Correct Answer: A

 

Correct Answer

Answer A is correct because the comparison depends on obtaining usable evidence during the trial. Planning access and responsibility beforehand prevents an otherwise completed trial from producing insufficient information.

Incorrect Answers

Answer B is incorrect because a statement of intent does not arrange meters or data collection. The missing information requirements must become executable responsibilities and timing.

Answer C is incorrect because a facility total combines the trials with other activities and does not isolate energy used by each design. The comparison needs planned measurement boundaries and attributable observations.

Answer D is incorrect because a rating is not measured energy during the trial. It may support an estimate, but it cannot replace the required comparable observations without changing the decision basis.

Answer E is incorrect because time alone does not establish energy use when actual power draw can differ between designs. Assuming equal power removes a variable the comparison should measure rather than supplying the missing data arrangement.

 

Question 22

A team has completed three iterations using a new delivery approach. Users respond only at formal monthly sessions, so weekly demonstrations have produced no feedback. The team can still build weekly. What is the best adjustment?

1. Have developers approve user preferences in place of the monthly sessions.
2. Stop weekly development because users cannot attend every demonstration.
3. Keep recording weekly demonstrations as validated user feedback.
4. Change to a fully predictive approach without assessing requirement uncertainty.
5. Align meaningful feedback sessions with user availability while retaining useful internal cycles.

Correct Answer: E

 

Correct Answer

Answer E is correct because the feedback mechanism must fit actual participation. Weekly development can continue, but the plan should use the monthly sessions for decisions that require user evidence.

Incorrect Answers

Answer A is incorrect because developers can make technical decisions but do not replace the intended user evidence. Proxy approval would leave the original feedback gap unresolved.

Answer B is incorrect because development and user-feedback cadences need not be identical. The team can still make progress and test internally between meaningful user sessions.

Answer C is incorrect because a demonstration without user response provides no such validation. The plan should accurately distinguish internal completion from customer learning.

Answer D is incorrect because limited meeting availability alone does not make requirements stable. The approach should be adjusted using the full project context, not a single calendar constraint.

 

Question 23

At a planning gate, a project has detailed tasks and estimates but no agreement on who may approve departures from mandatory design constraints. The gate requires a usable execution plan. What is the most important remaining planning action?

1. Add another level of detail to every task estimate.
2. Let each task owner decide which constraints to waive.
3. Mark every constraint as a risk so the gate can proceed.
4. Require unanimous approval from every stakeholder for each exception.
5. Define the decision and escalation boundaries for constraint exceptions.

Correct Answer: E

 

Correct Answer

Answer E is correct because task detail cannot guide execution when the team does not know how exceptions are decided. Explicit authority boundaries make the plan usable when work encounters a constraint.

Incorrect Answers

Answer A is incorrect because more granular estimates do not resolve who may authorize exceptions. The missing information concerns governance within execution, not task size.

Answer B is incorrect because technical ownership does not establish authority over mandatory constraints. The plan must identify the governing decision route rather than assume unrestricted local discretion.

Answer C is incorrect because a mandatory constraint remains a requirement even when it creates risk. Reclassification does not define the authority needed to address departures.

Answer D is incorrect because unanimity is an invented decision rule with no stated basis. The project should identify legitimate authority and escalation rather than create an indiscriminate approval burden.

 

Question 24

A team is developing a turbine blade. Each wind-tunnel trial refines the same design, and no trial blade is released for operational use. The final design will be manufactured after the required performance is demonstrated. Which planning model best represents this work?

1. Run independent final designs in parallel and count each as part of the manufacturing release.
2. Baseline the final blade geometry before the first tunnel trial and use later tests only for confirmation.
3. Reserve a single final test after manufacturing all operational blades.
4. Plan iterative design-and-test cycles leading to a later manufacturing release.
5. Plan each tunnel trial as a separate operational increment handed to the customer.

Correct Answer: D

 

Correct Answer

Answer D is correct because each cycle improves understanding and the design, while operational delivery occurs only after the performance condition is satisfied. This plan distinguishes learning milestones from usable product releases.

Incorrect Answers

Answer A is incorrect because parallel alternatives may support exploration, but the stated work refines one design. Counting unselected alternatives as release scope would misrepresent the planned output.

Answer B is incorrect because the purpose of the trials is to refine the design. Fixing the final geometry first would treat the unresolved performance discovery as completed and limit the intended learning.

Answer C is incorrect because that commits manufacturing before demonstrating the required performance. The planned sequence should use the trial evidence while design changes remain practical.

Answer E is incorrect because the scenario explicitly says trial blades are not released for operational use. Trial completion provides design evidence, not a usable increment delivered to operations.

 

Question 25

A predictive infrastructure plan assumes a subcontractor will provide a crane in week 10. The subcontractor has not confirmed availability, and an alternate crane requires four weeks’ notice. Which TWO planning provisions are most useful? Choose TWO.

1. Seek final crane confirmation in week 8, when the installation sequence is stable.
2. Add four weeks of installation float without securing alternate-crane availability.
3. Record the crane as committed because it appears in the subcontractor’s draft schedule.
4. Rely on weekly subcontractor reports without setting a crane-confirmation deadline.
5. Assign an owner and a confirmation deadline for the crane assumption.
6. Plan the alternate-crane decision early enough to preserve its notice period.

Correct Answers: E, F

 

Correct Answers

Answer E is correct because an unconfirmed external resource can invalidate the installation sequence. Ownership and a timely confirmation point turn the assumption into something actively managed.

Answer F is correct because the fallback has a four-week lead time. Its decision must occur before the installation need, while there is still time to obtain the alternate resource.

Incorrect Answers

Answer A is incorrect because confirmation two weeks before need would leave less than the alternate supplier’s four-week notice. Waiting for sequence stability would sacrifice the fallback despite the known lead-time requirement.

Answer B is incorrect because schedule allowance can absorb some delay but does not reserve the external resource. A workable fallback still needs an owner, timely decision and availability rather than float alone.

Answer C is incorrect because a draft schedule is not confirmation. Treating it as a commitment would obscure the stated availability uncertainty.

Answer D is incorrect because routine reports may reveal a problem, but they do not ensure a decision while the four-week fallback remains available. The unresolved assumption needs an explicit deadline tied to that notice period.

 

Question 26

A team’s product backlog is updated weekly, while a separately maintained management schedule still lists features removed two months ago. Stakeholders use both to make staffing decisions. What is the most useful planning correction?

1. Publish both unchanged so stakeholders can select the version they prefer.
2. Define how the current backlog and management forecast stay consistent.
3. Increase schedule reporting frequency without updating the underlying feature list.
4. Freeze backlog refinement until the original management schedule is completed.
5. Delete all management forecasts because adaptive teams use backlogs.

Correct Answer: B

 

Correct Answer

Answer B is correct because different views may serve different audiences, but they must represent the same current delivery decisions. An explicit update relationship prevents staffing based on obsolete scope.

Incorrect Answers

Answer A is incorrect because choice between inconsistent views does not provide planning flexibility. It creates incompatible resource commitments because one view contains work that was removed.

Answer C is incorrect because more frequent publication would repeat the same inaccurate information. The link between decisions and forecast content must be corrected.

Answer D is incorrect because the schedule is already stale. Suspending legitimate refinement would protect an obsolete representation rather than reconcile it with current decisions.

Answer E is incorrect because stakeholders still need an outlook for staffing. The remedy is a consistent forecast, not the loss of a needed planning view.

 

Question 27

A planned data migration includes extraction and loading but omits rehearsal, reconciliation and a rollback decision. Company policy requires those three activities before production cutover. Which THREE additions make the execution strategy complete under this policy? Choose THREE.

1. Treat successful extraction as evidence that production loading will be accepted.
2. Schedule a rehearsal using an appropriate migration environment.
3. Include the rollback decision point and the authority to act there.
4. Define reconciliation work and the evidence needed to judge its result.
5. Move all three activities to operational support after production begins.
6. Add a general cutover contingency allowance and let specialists select readiness tasks on the day.

Correct Answers: B, C, D

 

Correct Answers

Answer B is correct because the explicit policy requires a rehearsal, and the activity needs an environment and time in the plan. It provides execution evidence before the irreversible production event.

Answer C is correct because the policy requires an actionable decision, not merely a mention of rollback. Timing and authority connect evidence from the cutover to a coordinated response.

Answer D is correct because loading records does not establish that the migrated data meets expectations. Reconciliation needs planned work and a decision basis before cutover can be assessed.

Incorrect Answers

Answer A is incorrect because extraction confirms only one part of migration. It does not satisfy the required rehearsal, reconciliation or rollback decision.

Answer E is incorrect because the stated policy places these activities before cutover. Later operational work cannot retroactively satisfy that prerequisite.

Answer F is incorrect because contingency capacity does not identify or schedule the three mandatory pre-cutover activities. Leaving their selection until cutover risks discovering that prerequisite work cannot be completed in time.

 

Question 28

A project will configure only six interfaces, but each connects systems owned by different organizations. The configurations are familiar; responsibility for resolving cross-interface conflicts is not agreed. A sponsor calls the project simple because its task list is short. What should the planning assessment emphasize?

1. Use each organization’s local configuration plan as sufficient evidence of integrated readiness.
2. Add a uniform duration buffer to each task without changing integration responsibility.
3. Classify the project as high technical uncertainty and commission new configuration research.
4. Evaluate the organizational dependencies and define integration decision arrangements.
5. Use the number of configuration tasks as the main measure of planning complexity.

Correct Answer: D

 

Correct Answer

Answer D is correct because a short task list can conceal complex interactions among owners with different priorities and authority. The undefined conflict-resolution responsibility is a concrete execution risk that the integrated plan must address.

Incorrect Answers

Answer A is incorrect because local plans can be technically sound while leaving cross-interface conflicts unresolved. The combined work needs agreed responsibility for integration decisions.

Answer B is incorrect because time reserve may absorb some delay but cannot determine who resolves competing interface decisions. The identified coordination gap requires an explicit arrangement.

Answer C is incorrect because the technical configurations are familiar. Additional technical discovery does not directly resolve the stated complexity in organizational dependencies and decision authority.

Answer E is incorrect because task count captures volume but not the difficulty of coordinating the owners. It would miss the explicit cross-interface decision gap.

 

Question 29

Two alternative rollout plans meet the same scope. Plan A deploys to all sites in one weekend; Plan B pilots one site and then deploys in waves. Site differences are substantial, a failed full rollout would interrupt all revenue, and no rule requires simultaneous activation. Which plan best limits operational exposure while learning about site differences?

1. Plan A with a central rollback plan and extra launch support.
2. Plan A to avoid repeated mobilization and prolonged dual operations.
3. Plan B but authorize every wave before obtaining pilot results.
4. Plan B, with pilot exit criteria and wave decisions.
5. Postpone pilot selection until desk assessments have defined procedures for every site.

Correct Answer: D

 

Correct Answer

Answer D is correct because the pilot can expose site-specific issues before every location is affected. Exit criteria turn that learning into an explicit basis for proceeding, while waves limit exposure to a failed rollout.

Incorrect Answers

Answer A is incorrect because rollback and support can reduce consequences, but every site is still exposed before site-specific lessons are available. The pilot and conditional waves better satisfy the stated learning and exposure criterion.

Answer B is incorrect because a single event can reduce repeated effort and the duration of parallel operation. Those advantages do not limit the stated exposure of all revenue or allow site learning before wider deployment.

Answer C is incorrect because this retains the appearance of a pilot while removing its decision value. Later commitments should use the evidence produced by the initial deployment.

Answer E is incorrect because site assessments can inform the rollout, but requiring complete procedures first delays the pilot evidence that can improve them. A bounded pilot with exit criteria allows learning before broader exposure.

 

Question 30

A planning review finds that three work packages each assume the same specialist is available full time during the same two weeks. Each estimate is reasonable in isolation. What is the best conclusion?

1. The plan should be approved because each work-package manager accepted the estimate.
2. Have each package manager reserve the specialist separately against the local schedule.
3. The consolidated plan is infeasible until the shared capacity is reconciled.
4. The cost plan is necessarily overstated because the specialist is counted three times.
5. Use the largest package estimate as the specialist’s total commitment for the two weeks.

Correct Answer: C

 

Correct Answer

Answer C is correct because reasonable local estimates can still compete for the same limited person. Integration must address the simultaneous demand through sequencing, additional capability or an agreed scope tradeoff.

Incorrect Answers

Answer A is incorrect because local acceptance cannot resolve a shared-resource impossibility. The integrated commitment needs feasible allocation across all packages.

Answer B is incorrect because separate reservations repeat the same demand rather than reconcile it. The specialist cannot provide three full-time allocations during the same two weeks.

Answer D is incorrect because the effort may be valid and ultimately payable across a longer period. The immediate evidence establishes a timing and capacity conflict, not necessarily a total-cost error.

Answer E is incorrect because the packages are distinct work, not alternative estimates for one assignment. Taking only the largest ignores the effort required by the other two.

 

Question 31

A team must connect a new service to a partner whose interface is still evolving. It can use a simulator now, but final release requires a successful test against the real partner system. Which TWO planning statements are defensible? Choose TWO.

1. Delay every internal development activity until the partner interface is final.
2. Assume the simulator is authoritative whenever the partner implementation differs.
3. Remove the partner dependency once the simulator tests pass.
4. Count simulated and real-system test completion as interchangeable milestones.
5. Use the simulator for early development and label its evidence appropriately.
6. Keep the real-system test as a release dependency with an agreed availability date.

Correct Answers: E, F

 

Correct Answers

Answer E is correct because simulation can support progress before the real interface is available. Its value depends on recognizing that it tests modeled behavior rather than proving actual partner compatibility.

Answer F is correct because the release condition explicitly requires the real partner. Planning its availability prevents simulator success from being mistaken for fulfillment of that dependency.

Incorrect Answers

Answer A is incorrect because the simulator allows useful early work. A complete pause is unnecessary if the plan exposes the assumptions and preserves the later integration gate.

Answer B is incorrect because the partner’s real system is part of the required operating environment. Differences need analysis and reconciliation rather than an unsupported authority assumption.

Answer C is incorrect because passing modeled interactions does not establish real-system compatibility. The stated final-release condition remains unmet.

Answer D is incorrect because these tests provide different evidence. Interchanging them would hide whether the actual release prerequisite has been satisfied.

 

Question 32

A project plan includes installation, testing and staff training. Operations must also hire two licensed operators before opening, but recruitment is owned outside the project and has no agreed date. What should the project manager add to the integrated plan?

1. Obtain a general operations-readiness assurance and omit hiring from linked milestones.
2. A larger construction contingency without contacting operations.
3. Schedule the opening immediately after installation and track recruitment only in the operations plan.
4. An owned external readiness dependency with a confirmed decision date.
5. Add operator training to the project plan and assume operations will supply attendees by opening.

Correct Answer: D

 

Correct Answer

Answer D is correct because work can remain outside project scope while still being essential to opening. The plan must connect that external commitment to the readiness milestone so installation completion is not mistaken for operational readiness.

Incorrect Answers

Answer A is incorrect because general assurance does not establish when the two required licensed operators will be available. The opening forecast needs an owned, dated external dependency even though recruitment remains outside project scope.

Answer B is incorrect because money in the construction plan does not establish when licensed operators will be available. Coordination with the accountable business owner is required.

Answer C is incorrect because the external work can remain in operations’ plan, but its completion still constrains opening. Without a linked commitment, installation completion would create an unsupported operational-readiness forecast.

Answer E is incorrect because training may be needed, but it does not create licensed staff when recruitment timing is unconfirmed. The plan needs an explicit hiring dependency rather than an implied attendance assumption.

 

Question 33

A Scrum Team learns midway through a Sprint that one selected item requires a different implementation than expected. The Sprint Goal remains achievable through a smaller functional path. What should happen to the plan?

1. Let the Product Owner assign a new daily task list directly to each Developer.
2. Keep every selected item unchanged because the Sprint Backlog is a fixed baseline.
3. Reduce the Definition of Done so the original item can be reported complete.
4. Developers and the Product Owner should renegotiate scope while protecting the Sprint Goal.
5. Ask the Product Owner to cancel and restart the Sprint around the smaller scope.

Correct Answer: D

 

Correct Answer

Answer D is correct because the Scrum framework permits scope clarification as the team learns. The viable smaller path allows adaptation of the work without abandoning the still-relevant Sprint Goal.

Incorrect Answers

Answer A is incorrect because the Product Owner collaborates on scope, but the Developers own their plan for doing the work. Scope negotiation does not transfer task-planning responsibility.

Answer B is incorrect because the Sprint Backlog is an evolving plan. Treating all selected scope as immutable would prevent the learning-based adaptation described in the scenario.

Answer C is incorrect because quality does not decrease during a Sprint. A smaller completed path is different from declaring unfinished or inadequately verified work Done.

Answer E is incorrect because the Product Owner can cancel a Sprint if its goal becomes obsolete, but the stated goal remains achievable. Scope negotiation within the current Sprint addresses the discovery without inventing a reason to restart.

 

Question 34

A project is moving from an exploratory prototype into repeatable deployment at 200 branches. The installation design is now proven; remaining variation concerns local readiness and access windows. Which planning decision is most appropriate?

1. Continue prototype experiments at every branch because the project began adaptively.
2. Reassess the approach and use a repeatable rollout plan with site readiness checks.
3. Remove all site checks because the design has worked once.
4. Treat deployment as unplanned operational work because discovery has ended.
5. Lock every branch date before consulting local access calendars.

Correct Answer: B

 

Correct Answer

Answer B is correct because the uncertainty has shifted from product discovery to coordinated deployment. Planning should reflect the proven design while retaining checks for the remaining local variation.

Incorrect Answers

Answer A is incorrect because an initial approach is not a permanent requirement. Repeating solved discovery would consume effort without addressing the current readiness and scheduling constraints.

Answer C is incorrect because a proven installation design does not establish each branch’s access and readiness. Those remaining variations must still be planned and verified.

Answer D is incorrect because deploying to 200 branches remains substantial coordinated work. Completion of a prototype does not remove the need for an execution and readiness plan.

Answer E is incorrect because repeatability supports planning, but the stated access windows constrain that plan. Dates need to be coordinated with the actual sites.

 

Question 35

Before approving a release plan, a manager sees that it contains a scope baseline, a budget and a milestone schedule, but each uses a different assumption about the number of sites. Which action best establishes a usable integrated plan?

1. Adopt the scope baseline’s site count and approve cost and schedule pending later reconciliation.
2. Ask each team to explain its own site count only after release begins.
3. Reconcile the site assumption and recalculate the dependent commitments.
4. Approve the plan if each document is internally consistent.
5. Use the budget’s site count as the working assumption until the first rollout review.

Correct Answer: C

 

Correct Answer

Answer C is correct because the three views describe different amounts of work. Agreement on the site basis must precede a credible assessment of cost, time and delivery commitments.

Incorrect Answers

Answer A is incorrect because the scope baseline is a relevant starting point, but the other commitments still reflect different quantities. Approval should follow reconciliation and recalculation so the release plan is feasible as a whole.

Answer B is incorrect because the contradiction is already known and affects approval. Deferring reconciliation would let teams execute incompatible plans.

Answer D is incorrect because internal consistency cannot compensate for incompatible project boundaries. The consolidated plan must describe the same intended delivery.

Answer E is incorrect because the budget is one conflicting view, not automatic authority to define scope. Waiting for execution would leave the scope and milestone commitments based on different quantities.