PMI-RMP - PMI Risk Management Professional Quantitative Risk Analysis Questions and Answers 1 — Questions and Answers
Question 1: A project manager is managing a large-scale construction project with significant uncertainty in the duration of several critical path activities. To understand the overall impact of this uncertainty on the project completion date and to determine the probability of finishing by the contractual deadline, which quantitative risk analysis technique would be MOST appropriate?
- Decision Tree Analysis
- Sensitivity Analysis
- Monte Carlo Simulation (Correct answer)
- Expected Monetary Value (EMV) Analysis
Correct answer: Monte Carlo Simulation
Monte Carlo Simulation is the most appropriate technique as it models the combined effect of various uncertainties (like activity durations) by running thousands of iterations. This produces a probability distribution for the project completion date, allowing the team to determine the likelihood of meeting a specific target.
Question 2: A risk manager has completed a quantitative risk analysis and is preparing a report for senior stakeholders. The goal is to visually represent which individual project risks have the most significant potential impact on a specific project objective, such as cost. Which of the following tools is BEST suited for this purpose?
- S-Curve
- Tornado Diagram (Correct answer)
- Influence Diagram
- Probability and Impact Matrix
Correct answer: Tornado Diagram
A Tornado Diagram is the primary output of sensitivity analysis and is specifically designed to display which variables or risks have the largest impact on a project objective. It ranks the risks in descending order of impact, with the longest bars at the top, resembling a tornado.
Question 3: A project team is faced with a critical decision: either build a new component in-house or outsource it. Building in-house has a 60% chance of success with a profit of $500,000, and a 40% chance of failure with a loss of $200,000. Using Expected Monetary Value (EMV) analysis, what is the EMV of the 'build in-house' option?
- $300,000
- $380,000
- $80,000
- $220,000 (Correct answer)
Correct answer: $220,000
The EMV is calculated by multiplying the probability of each outcome by its value and summing the results. For the 'build in-house' option: EMV = (0.60 * $500,000) + (0.40 * -$200,000) = $300,000 - $80,000 = $220,000.
Question 4: Which of the following is the PRIMARY objective of the Perform Quantitative Risk Analysis process?
- To identify and document all potential project risks and their characteristics.
- To prioritize individual project risks by assessing their probability and impact using a predefined scale.
- To numerically analyze the combined effect of identified individual project risks on overall project objectives. (Correct answer)
- To develop options, select strategies, and agree on actions to address overall project risk exposure.
Correct answer: To numerically analyze the combined effect of identified individual project risks on overall project objectives.
The primary objective of the Perform Quantitative Risk Analysis process is to numerically analyze the aggregate effect of identified risks on the overall project objectives. Option A describes Identify Risks, B describes Perform Qualitative Risk Analysis, and D describes Plan Risk Responses.
Question 5: After running a Monte Carlo simulation on the project schedule, the risk analyst presents a cumulative probability distribution graph, also known as an S-curve. The graph shows there is a 75% probability of completing the project on or before December 1st. What does this output primarily help the project manager determine?
- The confidence level associated with meeting a specific schedule target. (Correct answer)
- The specific activities that are causing the most schedule variance.
- The expected monetary value of the schedule risk.
- The root cause of the highest-priority schedule risks.
Correct answer: The confidence level associated with meeting a specific schedule target.
An S-curve is a key output of a schedule simulation that plots the cumulative probability of achieving a particular outcome (e.g., project completion date). It allows stakeholders to directly see the confidence level for any given target date or cost.
Question 6: To perform a quantitative cost risk analysis using a simulation, the risk analyst requires estimates for the cost of specific work packages. Since these estimates are uncertain, they are best represented as a range of possible values. Which of the following is an essential input for this type of analysis?
- Risk breakdown structure
- Stakeholder risk appetite
- Risk response audit reports
- Probability distributions (Correct answer)
Correct answer: Probability distributions
Quantitative simulations like Monte Carlo require uncertain inputs (like cost or duration estimates) to be represented by probability distributions (e.g., triangular, beta, uniform). These distributions model the range and likelihood of possible values for each uncertain variable.
PMI-RMP - PMI Risk Management Professional Quantitative Risk Analysis Questions and Answers 1
A project manager is managing a large-scale construction project with significant uncertainty in the duration of several critical path activities.
To understand the overall impact of this uncertainty on the project completion date and to determine the probability of finishing by the contractual deadline, which quantitative risk analysis technique would be MOST appropriate?