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Problem Solving and Reasoning

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This chapter explains how children learn to solve problems, reason logically, and think scientifically. It describes the core components of problem solving—goals, obstacles, and strategies—and shows how children gradually move from trial‑and‑error approaches to more deliberate, flexible, and strategic thinking. The chapter covers means‑ends analysis, strategy selection, and Siegler’s Overlapping Waves Theory, which explains how children use multiple strategies and shift toward more effective ones over time. It also explores analogical reasoning, inductive and deductive reasoning, and the development of scientific thinking, including hypothesis generation, experimentation, and evidence evaluation. Finally, it highlights the roles of working memory, inhibition, knowledge, and metacognition in supporting problem solving, while noting that children often struggle with functional fixedness, misleading evidence, and belief‑based reasoning.

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📙 Chapter 8: Problem Solving and Reasoning
(From Children’s Thinking, 7th Edition)




🧠 OVERVIEW
This chapter focuses on how children solve problems and develop reasoning skills. It covers
basic problem-solving processes, the development of analogical and scientific
reasoning, and how knowledge, experience, and strategies influence children’s ability to
solve problems.




🧩 WHAT IS PROBLEM SOLVING?
●​ Problem solving = overcoming an obstacle to achieve a goal when the solution isn’t
immediately obvious.​

●​ Involves:​

○​ Goal​

○​ Obstacle​

○​ Strategy to bridge the gap​




🔧 PROBLEM-SOLVING PROCESSES
🎯 Means–Ends Analysis
●​ Break down a large problem into smaller subgoals.​

●​ Often used by older children and adults.​

●​ Younger children struggle with planning multiple steps.​

, 🧰 Tools and Strategy Selection
●​ Children develop a toolbox of strategies for different types of problems.​

●​ Overlapping Waves Theory (Siegler):​

○​ Children use multiple strategies at once​

○​ Gradually shift to more effective strategies​




🧠 Analogical Reasoning
●​ Solving new problems by comparing them to similar past experiences.​

●​ Improves with:​

○​ Age​

○​ Domain knowledge​

○​ Working memory​




🧪 SCIENTIFIC THINKING
🔬 Scientific Reasoning
●​ Involves:​

○​ Generating hypotheses​

○​ Designing experiments​

○​ Drawing conclusions from evidence​

●​ Young children are surprisingly capable of basic scientific thinking.​

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Uploaded on
April 7, 2026
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2025/2026
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Class notes
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Psych 334
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