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Question 1. Which document primarily defines the scheduling policies, procedures, and performance thresholds for a project? A) Project Charter B) Schedule Management Plan C) Risk Management Plan D) Stakeholder Register Answer: B Explanation: The Schedule Management Plan outlines scheduling policies, procedures, tools, performance thresholds, and variance limits. Question 2. When selecting a scheduling methodology, which approach is most appropriate for a project with high uncertainty and iterative delivery? A) Critical Path Method (CPM) B) Program Evaluation Review Technique (PERT) C) Agile (Scrum) D) Gantt Chart Answer: C Explanation: Agile methods accommodate high uncertainty and iterative delivery by allowing frequent reprioritization and incremental progress. Question 3. A schedule baseline is established after which of the following activities? A) Defining activity attributes B) Conducting risk analysis C) Obtaining stakeholder approval of the schedule model D) Performing resource leveling Answer: C
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Explanation: The baseline is set once the schedule model is approved by stakeholders, providing a reference for future performance measurement. Question 4. In the context of schedule governance, who is typically responsible for the day‑to‑day maintenance of the schedule? A) Project Sponsor B) Scheduler/Planner C) Functional Manager D) Project Sponsor’s Office Answer: B Explanation: The scheduler/planner updates the schedule, records actuals, and manages changes, while the project manager oversees overall schedule performance. Question 5. Which of the following is a key output of the “Define Activities” process? A) Activity List B) Resource Breakdown Structure C) Cost Baseline D) Issue Log Answer: A Explanation: The Activity List contains all scheduled activities derived from decomposing WBS work packages. Question 6. When decomposing a WBS element into activities, which attribute defines the earliest possible start date based on external constraints? A) Activity Duration B) Activity Dependency C) Activity Constraint Type
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B) Analogous Estimating C) Three‑Point Estimating D) Bottom‑Up Estimating Answer: B Explanation: Analogous estimating relies on similarity to past projects, adjusting for scale and complexity. Question 10. The PERT three‑point formula (Optimistic + 4×Most Likely + Pessimistic) ÷ 6 is used to calculate: A) Expected cost B) Expected duration C) Resource availability D) Critical path length Answer: B Explanation: The formula provides a weighted average duration that accounts for uncertainty. Question 11. Which type of reserve is controlled by the project manager and used for known risks? A) Contingency Reserve B) Management Reserve C) Float Reserve D) Schedule Reserve Answer: A Explanation: Contingency reserves address identified risks, whereas management reserves cover unknown risks.
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Question 12. In critical path analysis, what does “total float” represent? A) Time an activity can be delayed without affecting the project finish date B) Time an activity can be delayed without affecting its successor C) The amount of slack assigned to a resource D) The difference between optimistic and pessimistic durations Answer: A Explanation: Total float is the maximum delay permissible before the project’s overall completion date is impacted. Question 13. Resource leveling primarily aims to: A) Reduce project duration B) Minimize resource over‑allocation C) Increase total float D) Optimize cost performance index Answer: B Explanation: Leveling shifts activities within their float limits to resolve resource overallocation. Question 14. Which schedule compression technique adds additional resources to critical path activities? A) Fast Tracking B) Crashing C) Smoothing D) Lag Reduction Answer: B Explanation: Crashing shortens duration by adding resources, often at increased cost.
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Question 18. Which variance formula is used to calculate Schedule Variance (SV)? A) SV = EV – PV B) SV = PV – AC C) SV = EV – AC D) SV = AC – PV Answer: A Explanation: SV measures the difference between earned value and planned value in time units. Question 19. When a schedule baseline is changed due to a formal change request, the new baseline is recorded as: A. Revised Baseline B. Updated Baseline C. Baseline Amendment D. Baseline Rebaseline Answer: D Explanation: Rebaselining creates a new baseline after approved changes, preserving the original for historical comparison. Question 20. In schedule risk analysis, Monte Carlo simulation primarily helps to: A) Identify critical path activities B) Quantify schedule probability distributions C) Perform resource leveling automatically D) Generate a Gantt chart Answer: B Explanation: Monte Carlo runs many iterations with random variable inputs to produce probability curves for project finish dates.
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Question 21. Which of the following is a common cause of “dangles” in a network diagram? A) Missing predecessor relationships B. Excessive lag time C. Over‑allocation of resources D. Circular logic Answer: A Explanation: Dangles are activities that have no logical links to the rest of the network, often due to omitted predecessor or successor links. Question 22. A “must finish on” constraint is best applied when: A. The activity can finish any time before a deadline B. The activity must not finish later than a regulatory date C. The activity duration is flexible D. The activity has no predecessor Answer: B Explanation: “Must Finish On” forces the activity to complete on a specific date, commonly for compliance or contractual milestones. Question 23. Which schedule report is most appropriate for senior executives who need a high‑level view of project health? A. Detailed Activity Log B. Milestone Trend Analysis (MTA) chart C. Resource Allocation matrix D. Issue Log Answer: B
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D. Activity Constraint Answer: B Explanation: Activity Type categorizes the nature of work, aiding in resource planning and reporting. Question 27. When performing schedule variance analysis, a negative SPI indicates: A. The project is ahead of schedule B. The project is behind schedule C. Cost overruns D. No impact on schedule Answer: B Explanation: SPI = EV / PV; values <1 (negative variance) signify that less work has been completed than planned. Question 28. Which of the following best describes “schedule compression” in the context of the PMP? A. Adding contingency reserves to the schedule B. Reducing the project’s scope C. Shortening the schedule duration without changing scope D. Extending the project deadline Answer: C Explanation: Compression shortens duration while maintaining scope, typically using crashing or fast‑tracking. Question 29. In schedule configuration management, what is the purpose of a “baseline version number”? A. To track the number of activities in the schedule
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B. To indicate the revision of the schedule baseline after changes C. To calculate total float D. To assign resources to activities Answer: B Explanation: Version numbers identify each approved baseline, facilitating change tracking and audit trails. Question 30. Which of the following is a primary benefit of using a “Milestone Chart” over a detailed Gantt chart for stakeholder communication? A. Shows resource assignments B. Highlights critical path activities C. Provides a concise view of key dates D. Displays activity durations in days Answer: C Explanation: Milestone charts focus on major deliverable dates, making them easier for non‑technical stakeholders to digest. Question 31. The “Schedule Management Plan” is a component of which higher‑level project management plan? A. Scope Management Plan B. Cost Management Plan C. Project Management Plan (PMP) D. Risk Management Plan Answer: C Explanation: All subsidiary plans, including the Schedule Management Plan, are part of the overall Project Management Plan.
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Explanation: The schedule risk register captures risks that can affect timing, enabling proactive mitigation. Question 35. In a resource‑smoothed schedule, which of the following is true? A. Project duration is increased to eliminate over‑allocations B. Critical path is changed to reduce duration C. Resources are re‑assigned without affecting the critical path D. All activities are performed concurrently Answer: C Explanation: Smoothing adjusts non‑critical activities to level resources while preserving the critical path and overall duration. Question 36. Which of the following statements about “contingency reserves” is correct? A. They are managed by senior management only B. They are included in the cost baseline as separate line items C. They are allocated to specific work packages based on identified risks D. They are never reported in schedule performance reports Answer: C Explanation: Contingency reserves are tied to identified risks and are planned into the schedule for those specific activities. Question 37. Which schedule performance indicator would you use to assess whether the project is progressing faster than planned? A. Cost Performance Index (CPI) > 1 B. Schedule Performance Index (SPI) > 1 C. Earned Value (EV) < Planned Value (PV)
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D. Variance at Completion (VAC) < 0 Answer: B Explanation: SPI > 1 indicates that more work has been earned than was planned for the same time period. Question 38. A “must start on” constraint is most appropriate for which scenario? A. A task that can begin any time after a predecessor finishes B. A regulatory inspection that must commence on a fixed date C. A task with flexible start and finish dates D. A task that must finish by a specific date Answer: B Explanation: “Must Start On” forces the activity to begin on the exact specified date, often for compliance or external commitments. Question 39. Which of the following is a typical output of the “Control Schedule” process? A. Activity List B. Schedule Forecasts C. Project Charter D. Stakeholder Register Answer: B Explanation: Schedule forecasts predict future performance based on current trends and are a key output of schedule control. Question 40. In Earned Value Management, what does a Cost Variance (CV) of – $50, indicate? A. The project is under budget by $50,
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Question 43. In schedule closeout, the “Lessons Learned” document primarily serves to: A. Record final cost figures B. Capture successes and failures of scheduling practices for future projects C. Archive the As‑Built schedule D. Document stakeholder sign‑off forms Answer: B Explanation: Lessons Learned focus on improving future scheduling processes by reflecting on what worked and what didn’t. Question 44. Which schedule performance metric combines both cost and schedule performance? A. Earned Value (EV) B. Schedule Performance Index (SPI) C. Cost Performance Index (CPI) D. Integrated Performance Index (IPI) Answer: D Explanation: IPI (or sometimes called the “Composite Index”) integrates CPI and SPI to provide an overall performance view. Question 45. A project manager wants to communicate schedule status to a technical team using a visual that shows activity duration, start, and finish dates. Which tool is most suitable? A. Milestone Chart B. Gantt Chart C. S‑Curve D. Radar Chart Answer: B
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Explanation: Gantt charts display activities as horizontal bars with start/finish dates, ideal for technical teams. Question 46. Which of the following is NOT a typical reason for re‑baselining a schedule? A. Scope change approved by change control B. Significant schedule variance due to unforeseen events C. Minor updates to activity descriptions D. New regulatory deadline imposed on the project Answer: C Explanation: Minor descriptive changes do not affect schedule performance and do not warrant a new baseline. Question 47. In the context of schedule risk analysis, what does “probability‑impact matrix” help to determine? A. Critical path length B. Resource allocation conflicts C. Prioritization of schedule risks for mitigation D. Earned value thresholds Answer: C Explanation: The matrix plots risk probability against impact, allowing identification of high‑priority schedule risks. Question 48. Which of the following statements about “free float” is correct? A. It is the amount of time an activity can be delayed without affecting the project finish date. B. It is the amount of time an activity can be delayed without delaying any successor activity. C. It is always equal to total float.
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C. A missing relationship causing a disconnected node D. A circular dependency Answer: C Explanation: Open ends are nodes lacking required links, resulting in a disconnected network. Question 52. Which of the following is a primary difference between “crashing” and “fast tracking”? A. Crashing adds resources; fast tracking changes logical relationships. B. Crashing reduces scope; fast tracking adds resources. C. Crashing increases total float; fast tracking decreases float. D. Crashing is only used in Agile projects. Answer: A Explanation: Crashing shortens duration by adding resources; fast tracking overlaps activities by altering dependencies. Question 53. Which of the following best defines “schedule variance (SV)”? A. Difference between Earned Value and Actual Cost B. Difference between Earned Value and Planned Value C. Ratio of Earned Value to Planned Value D. Ratio of Earned Value to Actual Cost Answer: B Explanation: SV = EV – PV, measuring schedule performance in time units. Question 54. When a schedule is “compressed” using crashing, which of the following is most likely to increase? A. Total float
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B. Project budget C. Schedule variance (positive) D. Resource availability Answer: B Explanation: Crashing typically incurs additional costs due to overtime, extra resources, or premium rates. Question 55. Which of the following is an example of a “hard constraint” in scheduling software? A. Preferred start time B. Must Finish On date C. Suggested resource allocation D. Estimated duration range Answer: B Explanation: Hard constraints (e.g., Must Finish On) are non‑negotiable and enforced by the schedule engine. Question 56. In schedule performance reporting, which chart most effectively shows cumulative work completed versus planned over time? A. Pareto Chart B. S‑Curve (Earned Value chart) C. Histogram D. Scatter Plot Answer: B Explanation: The S‑Curve displays cumulative EV, PV, and AC, highlighting schedule and cost trends.
