Chapter 12 Exercises
Deep Processing vs. Shallow Processing: The Difference Between Remembering and Understanding
These exercises are designed to move you through the depth continuum — from recognizing the concepts to analyzing, evaluating, and applying them. For each exercise, resist the urge to flip back to the chapter. The effort of retrieval is itself a form of deep processing. You know this now.
Part A: Conceptual Understanding
These questions test whether you can define and explain the chapter's core concepts. Use your own words, not quoted definitions.
A1. In your own words, explain Craik and Lockhart's levels of processing framework. What is the central claim, and how does it differ from the "boxes" model of memory (sensory store, short-term store, long-term store) that you learned in Chapter 2?
A2. Define and give an original example of each of the three levels of encoding: structural, phonemic, and semantic. Your examples should come from your own academic life, not from the textbook.
A3. Explain the difference between basic semantic processing and elaborative processing. Why is "I understand this sentence" not the same as "I have deeply encoded this concept"?
A4. What is the self-reference effect? Explain, in terms of memory encoding, why connecting information to yourself produces stronger memories than connecting it to abstract categories.
A5. Define distinctiveness in the context of memory. How is distinctiveness different from depth? Can you have deep processing without distinctiveness? Can you have distinctiveness without depth?
A6. Explain the difference between relational processing and item-specific processing. Why does effective learning require both?
A7. What is the von Restorff effect? Describe an experience from your own life that illustrates it, even if you didn't know the term at the time.
A8. The chapter acknowledges the "circularity problem" in the levels of processing framework. Explain this criticism in your own words. Then explain how Craik and Tulving's experimental method addresses it.
Part B: Applied Analysis
These questions present scenarios and ask you to analyze them using the concepts from this chapter.
B1. The Study Group Diagnosis: Four students are studying for a history exam on the causes of World War I:
- Aisha rereads the textbook chapter three times, highlighting key dates and names.
- Ben creates flashcards with terms on the front and definitions on the back, then reviews them by reading each card aloud.
- Carlos writes a one-page summary of each major cause, in his own words, connecting each cause to a modern parallel he's observed in current events.
- Destiny creates a concept map showing how the causes (nationalism, imperialism, militarism, alliances) interconnected, then writes a paragraph for each cause explaining what made it unique and different from the others.
For each student, identify the primary level of processing they're using (structural, phonemic, or semantic), whether they're engaging in elaborative processing, and whether their approach includes distinctiveness. Predict who will perform best on the exam and explain your reasoning.
B2. Dr. Okafor's Study Partner: Dr. Okafor's study partner, Elena, is frustrated. "I do everything you do," she says. "I ask 'why?' for every drug. I connect mechanisms to clinical uses. I use elaboration. But on the exam, I keep mixing up similar drugs — I know the ACE inhibitors work on the renin-angiotensin system, but I can't remember which specific side effects go with which specific drug."
Using the concepts of relational processing and item-specific processing, diagnose Elena's problem. What specific changes would you recommend to her study approach?
B3. The Highlighting Paradox: A student argues: "I know highlighting is supposed to be shallow, but I use it differently. I only highlight things I don't understand yet, and as I highlight, I think about why those specific passages are confusing. Then I come back later and focus on just the highlighted sections."
Using the levels of processing framework, evaluate this student's argument. Is their highlighting genuinely deep, or is it still shallow with a veneer of depth? What specifically would make it deeper?
B4. The Lecture Note Problem: Imagine you're sitting in a lecture on climate change. The professor says: "The greenhouse effect works because certain gases in the atmosphere — primarily carbon dioxide, methane, and water vapor — absorb infrared radiation that would otherwise escape into space. This trapped energy warms the atmosphere."
Write three versions of a note you could take for this information: - A shallow (structural) note - A moderate (phonemic/shallow semantic) note - A deep (elaborative semantic) note
Explain what makes each version operate at its respective depth level.
B5. The Self-Reference Challenge: For each of the following concepts, generate a self-reference question that would engage the self-reference effect. The question should connect the concept to the student's own experience in a meaningful way.
a) The law of supply and demand (economics) b) Natural selection (biology) c) The Pythagorean theorem (mathematics) d) Confirmation bias (psychology) e) The Bill of Rights (political science)
B6. Transfer-Appropriate Processing: A music student is preparing for two different tests: - Test A: A written exam requiring her to explain the structure of sonata form - Test B: A listening exam requiring her to identify sonata form when hearing an unfamiliar piece
Using the concept of transfer-appropriate processing, explain why the same study method might not work equally well for both tests. What kind of encoding would be most appropriate for each?
Part C: Strategy Design
These exercises ask you to create or redesign study approaches based on the principles from this chapter.
C1. The Depth Audit: Conduct a Depth Audit on your own study practices. Following the procedure in Section 12.7: - List your five most-used study methods - Rate each on the 1-5 depth scale - Assess distinctiveness for each - Check your relational/item-specific balance - Redesign your two shallowest methods
Write your audit in enough detail that a classmate could review it and give you feedback.
C2. The Self-Reference Bridge Worksheet: Choose a chapter or topic from one of your current courses. Identify the five most important concepts in that chapter. For each concept, write: - The concept and its standard textbook definition - A self-reference bridge question (connecting it to your own life) - Your personal answer to that question - A brief assessment: did the self-reference connection feel meaningful or forced?
C3. The Distinctiveness Plan: You have a biology exam covering cell organelles (mitochondria, ribosomes, endoplasmic reticulum, Golgi apparatus, lysosomes, peroxisomes, etc.). All organelles are cellular structures with specific functions — they're easy to blur together. Design a study plan that creates distinctive encoding for each organelle. Your plan should: - Include at least three different elaboration techniques (not the same one for every organelle) - Create distinctive features for each organelle (vivid examples, unusual connections, personal references) - Include both relational processing (how organelles work together) and item-specific processing (what makes each unique)
C4. The Deep-Processing Study Session: Design a one-hour study session for any subject you're currently studying. The session must: - Spend at least 45 minutes at Level 4-5 depth - Include at least one self-reference activity - Include both relational and item-specific processing - Incorporate at least two different elaboration techniques to maintain distinctiveness - Include retrieval practice (connecting to Chapter 7)
Specify what you would do during each part of the session with enough detail that someone else could follow your plan.
C5. The Shallow-to-Deep Conversion: Below are five common study activities. For each one, write a specific, step-by-step procedure that converts the shallow version into a deep version while preserving the original activity's strengths.
a) Making flashcards with definitions b) Rereading lecture notes before class c) Watching a recorded lecture for the second time d) Creating a color-coded study guide e) Doing practice problems by following worked examples
Part D: Reflection and Metacognition
These exercises target metacognitive awareness — thinking about your own thinking and learning.
D1. The Depth Diary: Over the next three study sessions, keep a running log of what you're doing every ten minutes. For each ten-minute block, note: - The specific activity (e.g., "reading textbook page 147," "writing flashcards," "explaining concept to myself") - The depth level (1-5) - Whether you noticed yourself slipping into shallow processing at any point - What triggered the slip (fatigue? difficulty? distraction? habit?)
After three sessions, calculate your actual shallow-to-deep ratio. Compare it to the 80/20 depth rule from the chapter. What did you discover?
D2. Metacognitive Moment: Think about a time when you studied something extensively but couldn't recall or apply it on a test. Using the framework from this chapter, diagnose what probably went wrong. Was it a depth problem? A distinctiveness problem? A relational/item-specific imbalance? Be as specific as you can.
D3. The Comfort Trap: Write a honest paragraph about your relationship with shallow study strategies. Why do you use them? What feels good about them? What would it cost you emotionally to give them up? Connect your reflection to the central paradox from Chapter 7 and the desirable difficulties framework from Chapter 10.
D4. Dr. Okafor and You: Dr. Okafor naturally gravitates toward deep, elaborative processing. Most students don't — they default to shallow strategies. Reflect on why this might be. Is it about knowledge (students don't know deep strategies work better)? Habit (they've always studied this way)? Effort (deep processing is harder)? Metacognitive illusion (shallow strategies feel productive)? Which of these factors is most relevant to your own experience?
D5. Teaching Test: Choose one concept from this chapter — the self-reference effect, distinctiveness, or relational vs. item-specific processing. Without looking back, explain it to an imaginary friend who has never heard of it. Include: what it is, why it matters, and exactly how to use it when studying. Record yourself or write it out. Then go back to the relevant section and check your explanation for accuracy. Note what you got right, what you missed, and what you got wrong.
Part E: Integration and Transfer
These questions ask you to connect this chapter's concepts to other chapters and to contexts outside the classroom.
E1. How does the levels of processing framework from this chapter relate to the encoding-storage-retrieval model from Chapter 2? Specifically, at which stage of the model does depth of processing exert its primary effect? How does this connect to the testing effect?
E2. In Chapter 7, you learned about elaborative interrogation and self-explanation. How do these strategies relate to the elaborative processing discussed in this chapter? Are they examples of deep processing, or do they also contribute to distinctiveness? Explain.
E3. Chapter 10 introduced the concept of desirable difficulties. How does deep processing qualify as a desirable difficulty? Use Robert Bjork's distinction between storage strength and retrieval strength to explain why deep processing that feels harder in the moment produces more durable learning.
E4. Chapter 11 discussed transfer — using knowledge in new contexts. How does the distinction between relational and item-specific processing relate to transfer? Which type of processing would you expect to support transfer more, and why? (Be careful — the answer is more nuanced than you might think.)
E5. Think about a domain outside of school — a sport, a musical instrument, a cooking hobby, a professional skill, a video game. What does "shallow processing" look like in that domain? What does "deep processing" look like? Is the levels of processing distinction useful outside of academic studying, or is it primarily a framework for textbook learning? Defend your answer with specific examples.
End of exercises for Chapter 12. Answers to selected exercises appear in Appendix I.