MegaMaester

Problem Solving & Decision Making · Module 5

The Problem-Solving Mind

The first four modules gave you methods, decisions, complex-problem tools, and sharper judgment. This module looks inside the mind itself: how people actually represent and work through problems, why we get stuck, and how insight and expertise really work.

You will learn how the mind searches for solutions, where the "aha" moment comes from, what mental blocks trip us up, how to solve problems by analogy, how experts think differently, how to handle messy real-world problems, and how to bring it all together as a master problem-solver.

Lessons
7 lessons
Estimated time
~6-8 hours
Assessment
Module quiz included

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Lessons

Lesson 1 · 16 min

How the Mind Solves Problems

Lesson 2 · 16 min

Insight and the Aha Moment

Lesson 3 · 16 min

Mental Blocks and Fixation

Lesson 4 · 16 min

Solving Problems by Analogy

Lesson 5 · 16 min

How Experts Solve Problems

Lesson 6 · 16 min

Solving Real-World Problems

Lesson 7 · 16 min

Becoming a Master Problem-Solver

Check your understanding

Finish the lessons, then test yourself. Your best score is saved on this device. You can also open this quiz on its own page.

The Problem-Solving Mind — Module Assessment

14 questions · pass mark 75%

  1. 1.In the problem-space model, what is an "operator"?
  2. 2.What is the core loop of means-end analysis?
  3. 3.What best describes "restructuring" in insight problem-solving?
  4. 4.According to the lesson, when is incubation most likely to help?
  5. 5.In Duncker's candle problem, people solve it more easily when the tack box is presented empty rather than full. Why?
  6. 6.In Luchins's water-jar experiments, what did the practised group tend to do when a simpler solution became available?
  7. 7.In Gick and Holyoak's radiation-problem experiments, what most reliably raised the number of people who applied the fortress story?
  8. 8.Which pairing best captures a USEFUL analogy for solving a new problem?
  9. 9.In Chase and Simon's chess experiments, chess masters recalled real game positions far better than novices, but on randomly arranged boards their advantage nearly disappeared. What does this show?
  10. 10.Which behaviour is most characteristic of experts compared with novices when facing a problem?
  11. 11.Which of the following is the clearest example of an ill-structured problem?
  12. 12.According to Herbert Simon's analysis, what is often a necessary first step in tackling an ill-structured problem?
  13. 13.According to this lesson and the expert-novice research, what most reliably separates strong problem-solvers from weaker ones on hard problems?
  14. 14.You have been grinding at a hard problem for an hour with no progress. Which response best reflects the integrated practice this lesson describes?
Answer every question to submit.