PFMP · Question #692
As you prepare a list of possible components for your railroad to consider since most of its programs and projects are large and complex, your management team has suggested in your analysis of which…
The correct answer is C. Monte Carlo analysis. The correct answer is C: Monte Carlo analysis. Monte Carlo analysis is a quantitative risk analysis technique that uses statistical simulation-running thousands of iterations with randomized inputs drawn from probability distributions-to model uncertainty across cost, schedule…
Question
As you prepare a list of possible components for your railroad to consider since most of its programs and projects are large and complex, your management team has suggested in your analysis of which components to pursue that you conduct statistical simulations of budgets, schedules, and resource allocations. You therefore decide to use:
Options
- ANet present value
- BDecision trees
- CMonte Carlo analysis
- DAn interrelationship diagraph
How the community answered
(32 responses)- A16% (5)
- B3% (1)
- C72% (23)
- D9% (3)
Explanation
The correct answer is C: Monte Carlo analysis. Monte Carlo analysis is a quantitative risk analysis technique that uses statistical simulation-running thousands of iterations with randomized inputs drawn from probability distributions-to model uncertainty across cost, schedule, and resource variables. It produces a range of possible outcomes with associated probabilities (e.g., '80% confidence the project completes within $X and Y months'), making it ideal for large, complex portfolios. Net present value (A) is a financial valuation tool, not a simulation technique. Decision trees (B) are useful for sequential decisions under uncertainty but do not simulate budget/schedule distributions at scale. An interrelationship diagraph (D) is a quality tool for identifying cause-and-effect relationships, not for statistical simulation.
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