Introduction to Thinking and Problem Solving

Ella Gray
9 min read
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Study Guide Overview
This AP Psychology study guide covers problem-solving strategies (algorithms, heuristics, trial and error), thinking concepts (mental sets, fixation, intuition, insight, inductive/deductive reasoning), and creativity (components of creativity, convergent/divergent thinking). It includes practice questions and exam tips focusing on applying these concepts.
#Thinking and Problem Solving: Your AP Psych Toolkit ๐ง
Hey there, future AP Psych master! Let's dive into the fascinating world of how we think and solve problems. This guide is designed to be your go-to resource, especially when you're in the final stretch before the exam. Let's make sure you're feeling confident and ready to ace it!
#Problem Solving Strategies
#Algorithms: The Step-by-Step Approach ๐ถ
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An algorithm is a methodical, step-by-step procedure that guarantees a solution to a particular problem. Think of it like following a recipeโif you follow each step correctly, you'll get the desired result.
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Example: If you've lost your phone ๐ฑ, an algorithm might be:
- Remember where you last had it.
- Retrace your steps.
- Call your phone.
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Algorithms are process-oriented, focusing on the method rather than the speed.
#Heuristics: The Speedy Shortcuts ๐จ
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A heuristic is a mental shortcut or โrule of thumbโ that allows for quick problem-solving. It's faster than an algorithm but can be prone to errors. Think of it as a shortcut that might not always get you to the right place.
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Example: Trying different values for 'x' to solve 3x + 6 = 24 is a heuristic approach.
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Heuristics are result-oriented, focusing on finding a solution quickly, even if it's not perfect.
#Algorithm vs. Heuristic: Which to Use When?
- Algorithm: Use when accuracy is crucial and you have time to follow all steps. Think of it as the long, but reliable way.
- Heuristic: Use when you need a quick solution and don't have time for a detailed approach. It's the shortcut, but it might not always work.
Exam Tip: Remember, algorithms are like following a recipe, while heuristics are like using a shortcut. Knowing when to use each can save you time on the exam.
#Trial and Error: The Persistent Approach ๐
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Trial and error involves trying different methods to solve a problem until a solution is found. It's like experimenting until something works.
Trial and error is a common method, but it's not always the most efficient.
Memory Aid: Think of trial and error like Bart Simpson trying different pranks until one works.
#How We Think: Key Concepts
#Mental Set and Fixation: Getting Stuck in a Rut ๐ง
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A mental set is the tendency to approach problems in a way that has worked in the past, even if it's not the best method for the current situation. It's like being stuck in a groove.
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Fixation is the inability to see a problem from a fresh perspective. It's like having blinders on.
Common Mistake: Students often confuse mental set and fixation. Remember, mental set is about using old methods, while fixation is about being stuck in one viewpoint.
#Intuition: The Gut Feeling ๐ซ
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Intuition is an automatic thought or a โgut feelingโ that arises without conscious reasoning. It's like your brain making a quick judgment based on past experiences.
Intuition is based on learned associations and can be a powerful tool, but it's not always reliable.
#Insight: The "Aha!" Moment ๐ก
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Insight is the sudden realization of a solution to a problem. It's that lightbulb moment when everything clicks.
Wolfgang Kohler discovered insight through his work with chimpanzees.
Memory Aid: Think of insight like a lightbulb turning on โ a sudden flash of understanding.
#Reasoning: Inductive vs. Deductive ๐ง
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Inductive Reasoning: Reasoning from specific observations to general conclusions. Think of it as going from the details to the big picture.
- Example: Sherlock Holmes uses inductive reasoning to solve crimes.
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Deductive Reasoning: Reasoning from general principles to specific conclusions. Think of it as going from the big picture to the details.
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Example: Using a mind map where you start with a central idea and branch out into specific details.
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Deductive reasoning is generally more logical and structured.
Memory Aid: Inductive = In the details, Deductive = Down from the general.
#Creativity: Thinking Outside the Box ๐จ
#Components of Creativity ๐ธ
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Creativity is the ability to produce ideas that are valuable and original. It's not just about being artistic; it's about thinking differently.
- Expertise: The more knowledge you have, the more ideas you can generate.
- Intelligence: A certain level of intelligence is necessary for creative work (threshold theory), but it's not enough on its own.
- Imaginative Thinking Skills: Being open-minded and seeing things in new ways.
- Venturesome Personality: Being willing to take risks and try new things. ๐ง
- Intrinsic Motivation: Being driven by your own interests and satisfaction.
- Creative Environment: A supportive environment that fosters creativity. ๐ฒ
#Convergent vs. Divergent Thinking ๐ ๐ญ
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Convergent Thinking: Focusing on finding the single best solution to a problem. It's the logical, step-by-step approach often used in IQ tests.
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Divergent Thinking: Exploring multiple possible solutions to a problem. It's the creative, brainstorming approach.
Divergent thinkers often have an easier time with problem-solving because they are more open to new ideas.
Exam Tip: Understand the difference between convergent and divergent thinking. Divergent thinking is crucial for creative problem-solving, while convergent thinking is more about finding the โrightโ answer.
#Final Exam Focus ๐ฏ
#High-Priority Topics
- Problem Solving: Be able to distinguish between algorithms and heuristics, and understand their applications.
- Cognitive Biases: Review common biases like confirmation bias and availability heuristic.
- Reasoning: Know the differences between inductive and deductive reasoning and how theyโre used in various scenarios.
- Creativity: Understand the components of creativity and the difference between convergent and divergent thinking.
#Common Question Types
- Multiple Choice: Expect questions that ask you to identify examples of algorithms, heuristics, and different types of reasoning.
- Free Response: Be prepared to discuss how different cognitive processes affect problem-solving and decision-making.
#Last-Minute Tips
- Time Management: Don't spend too long on any one question. If you're stuck, move on and come back later.
- Common Pitfalls: Avoid overthinking. Trust your instincts, but always double-check your answers.
- Strategies for Challenging Questions: Break down complex questions into smaller parts. Identify the key concepts and apply them to the scenario.
#Practice Questions
Practice Question
Multiple Choice Questions:
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A chef is trying to create a new dish. They start by experimenting with different ingredients and cooking methods until they find a combination that works well. Which problem-solving method is the chef using? (A) Algorithm (B) Heuristic (C) Insight (D) Trial and error (E) Deductive reasoning
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A student is trying to solve a complex math problem. They follow a step-by-step procedure that they learned in class, which guarantees a correct answer if followed correctly. Which problem-solving method is the student using? (A) Algorithm (B) Heuristic (C) Intuition (D) Trial and error (E) Inductive reasoning
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A detective is trying to solve a crime. They start with a general theory and then look for specific evidence to support that theory. Which type of reasoning is the detective using? (A) Inductive reasoning (B) Deductive reasoning (C) Convergent thinking (D) Divergent thinking (E) Intuitive reasoning
Free Response Question:
Sarah is a graphic designer who is trying to come up with a new logo for a company. She has been trying different designs but is feeling stuck. Analyze how different cognitive processes can affect Sarah's problem-solving and creative abilities. In your response, be sure to:
- Define and explain mental set and fixation, and discuss how these might be affecting Sarah's ability to come up with a new logo.
- Explain how intuition and insight might contribute to Sarah's creative process.
- Differentiate between convergent and divergent thinking, and discuss which type of thinking would be most helpful for Sarah in this situation.
Scoring Breakdown:
- Mental Set and Fixation (2 points):
- 1 point for defining mental set as the tendency to approach problems in a way that has worked in the past.
- 1 point for defining fixation as the inability to see a problem from a fresh perspective and explaining how these might be limiting Sarah's ability to come up with new logo ideas.
- Intuition and Insight (2 points):
- 1 point for explaining intuition as an automatic thought or gut feeling that might help Sarah generate ideas without conscious reasoning.
- 1 point for explaining insight as a sudden realization that might lead to a breakthrough in Sarah's design process.
- Convergent and Divergent Thinking (2 points):
- 1 point for differentiating between convergent thinking (focusing on one best solution) and divergent thinking (exploring multiple solutions).
- 1 point for explaining that divergent thinking would be most helpful for Sarah as it would allow her to explore various design ideas and not be limited to one approach.
Alright, you've got this! Remember, understanding these concepts is key to success on the AP Psychology exam. Keep reviewing, stay confident, and you'll do great! ๐

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