Problem Solving & Decision Making Flashcards
7 cards from real CME practice questions. Tap to flip, then mark Knew It or Still Learning โ missed cards come back until you master them.
Read the first 7 Problem Solving & Decision Making flashcards as text
A manager must choose between a guaranteed $50,000 gain and a 60% chance of gaining $90,000. A risk-averse manager would most likely:
Answer: Choose the guaranteed $50,000 to avoid uncertainty
Risk-averse decision-makers prefer certain outcomes over probabilistic ones even when the expected value of the risky option is higher.
The Delphi technique for group decision-making is characterized by:
Answer: Anonymous iterative surveys with controlled feedback between rounds
The Delphi technique uses anonymous questionnaires and structured feedback rounds to build expert consensus without social pressure.
Which problem-solving framework uses Define, Measure, Analyze, Improve, and Control phases?
Answer: DMAIC
DMAIC is a data-driven Six Sigma framework used to improve existing processes by systematically eliminating defects.
A Pareto chart is used in problem-solving primarily to:
Answer: Identify the 20% of causes responsible for 80% of problems
A Pareto chart applies the 80/20 rule to prioritize the few causes that drive the majority of problems.
When using the nominal group technique, what happens after each member silently generates ideas?
Answer: Each idea is shared in round-robin fashion and then discussed and ranked
NGT involves silent idea generation, structured round-robin sharing, group discussion for clarification, and then individual ranking.
Which type of problem-solving error occurs when a manager solves the wrong problem precisely?
Answer: Type III error
A Type III error (also called the 'error of the third kind') means solving a well-defined problem that was not the actual problem to solve.
In Kepner-Tregoe problem analysis, what is the key distinguishing question that separates IS from IS NOT?
Answer: What exactly is and is not affected by the problem?
Kepner-Tregoe uses IS/IS NOT comparisons to precisely define what is and is not part of the problem, narrowing possible causes.