🧠 What Are Five Learning Strategies? The Science-Backed List for 2026

The five learning strategies that actually work are Active Recall, Spaced Repetition, Interleaving, Elaborative Interogation, and Dual Coding—and they require you to stop re-reading and start testing yourself immediately. When students ask, “What are five learning strategies?”, they often expect a simple list of study hacks, but the real answer lies in cognitive science that proves most traditional methods are a waste of time.

Imagine a student named Leo who spent three hours highlighting history textbook, feeling productive and confident. Two days later, he couldn’t remember a single date on the test. Leo wasn’t lazy; he was just using a strategy that tricks the brain into thinking familiarity equals mastery.

Research shows that re-reading and highlighting are among the least effective techniques, while Active Recall can boost long-term retention by over 50%. It’s time to ditch the highlighter and embrace the struggle that leads to real learning.

Key Takeaways

• Active Recall is the most powerful tool: Force your brain to retrieve information without looking at notes to strengthen neural pathways.
• Spaced Repetition beats craming: Reviewing material at increasing intervals prevents the “forgeting curve” from erasing your hard work.
• Interleaving mixes it up: Switching between different types of problems improves your ability to identify which strategy to use.
• Elaborative Interogation asks “Why?”: Connecting new facts to what you already know creates a deeper, more durable understanding.
• Dual Coding combines senses: Using both words and visuals creates two memory traces, doubling your chances of recall.

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Table of Contents

• ⚡️ Quick Tips and Facts
• 📜 From Ancient Scrolls to Spaced Repetition: A Brief History of Learning Strategies
• 🧠 The Big Five: Core Learning Strategies That Actually Work
• 1. Active Recall: Stop Re-reading and Start Retrieving
• 2. Spaced Repetition: Beating the Forgetting Curve
• 3. Interleaving: Why Mixing It Up Boosts Mastery
• 4. Elaborative Interogation: The “Why” Behind the “What”
• 5. Dual Coding: Visuals + Words = Supercharged Memory
• 🔍 What Are the 6 Types of Learning Strategies? Beyond the Basics
• 📚 What Are the 6 Principles of Effective Study? Science-Backed Rules
• 💡 What Are Some Examples of Effective Learning Strategies in the Classroom?
• 👩 🏫 What Are the 5 Key Instructional Strategies for Teachers?
• 🛠️ Metacognition: The Secret Sauce of Self-Regulated Learning
• 🚫 Common Study Myths That Are Wasting Your Time
• 🎨 Tailoring Strategies to Different Learning Styles and Needs
• 📈 Measuring Success: How to Track Your Learning Progress
• 🏆 Conclusion
• 🔗 Recommended Links
• ❓ FAQ
• 📖 Reference Links

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⚡️ Quick Tips and Facts

Before we dive into the deep end of cognitive science, let’s hit the pause button on your current study habits. You might be surprised to learn that highlighting your textbook is one of the least effective ways to learn. Yes, we said it. That neon yellow marker you love? It’s mostly a placebo effect. 🚫

Here are the non-negotiable truths about learning strategies that every student and teacher needs to know:

Fact	The Reality Check	Source
Rereading	Gives a false sense of mastery. You recognize the text, but you can’t recall it.	Dunlosky et al. (2013)
Active Recall	Retrieving info from memory strengthens neural pathways 3x more than re-reading.	Karpicke & Roediger (208)
Spacing Effect	Studying 1 hour a day for 5 days is better than 5 hours in one day.	Cepeda et al. (206)
Interleaving	Mixing subjects boosts problem-solving skills by 43% compared to blocked practice.	Rohrer & Taylor (207)
Dual Coding	Combining words and visuals creates two memory traces, doubling retention.	Paivio (1986)

Why do we keep doing the wrong thing? Because it feels easier. Reading a highlighted page feels productive. Testing yourself feels hard. But hard work is where the learning happens.

If you are a teacher wondering how to integrate these into your lesson plans, you’re in the right place. We’ll break down exactly how to move from “passive reading” to “active mastery” later in this guide. But first, let’s link this to the bigger picture of teaching. If you want to understand the foundation of these methods, check out our deep dive on What are strategies in teaching?.

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📜 From Ancient Scrolls to Spaced Repetition: A Brief History of Learning Strategies

You might think “learning strategies” is a buzzword invented by a tech startup in Silicon Valley. Wrong! Humans have been hacking their brains since the days of oral tradition.

The Oral Tradition and Mnemonics

Long before textbooks, the Greeks and Romans used mnemonics to memorize epic poems and legal codes. The “Method of Loci” (or Memory Palace) was a favorite. Imagine walking through your house and placing a piece of information on your sofa, then the fridge, then the bed. When you needed to recall the info, you just “walked” through your house in your mind. 🏠🧠

This wasn’t just a party trick; it was the original active recall strategy.

The Industrial Age: Rote Memorization

Fast forward to the 19th and early 20th centuries. Schools became factories. The goal was efficiency. Teachers relied heavily on rehearsal strategies—repetition, recitation, and rote memorization. It worked for learning multiplication tables, but it failed miserably for critical thinking.

The Cognitive Revolution

In the 1950s and 60s, psychology shifted from behaviorism (stimulus-response) to cognitivism. Researchers like Jean Piaget and Lev Vygotsky started asking: How does the mind actually process information?

This led to the discovery of the Forgetting Curve by Hermann Ebbinghaus in 185 (yes, he was ahead of his time). He proved that we forget 50% of what we learn within an hour unless we review it. This is the grandfather of Spaced Repetition.

The Modern Era: Evidence-Based Learning

In 2013, a landmark study by Dunlosky et al. reviewed decades of research to rank learning strategies. They finally gave us the data to say, “Stop highlighting, start testing.” This shifted the conversation from “what feels good” to “what works.”

Today, we blend ancient wisdom (Memory Palaces) with modern neuroscience (Dual Coding) to create the ultimate learning toolkit.

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🧠 The Big Five: Core Learning Strategies That Actually Work

So, you asked, “What are five learning strategies?” We aren’t just going to list them; we’re going to show you how to use them so they stick in your brain (pun intended).

Based on the rigorous analysis by Dunlosky et al. (2013), these are the only five strategies with “high utility” ratings across all ages and subjects.

1. Active Recall: Stop Re-reading and Start Retrieving

The Concept: Active recall is the act of pulling information out of your brain without looking at the source. It’s the opposite of passive review.

Why it works: Every time you struggle to remember answer, your brain strengthens the neural pathway associated with that information. It’s like lifting a weight for your neurons. 🏋️ ♀️

How to do it:

• The Blank Page Test: After reading a chapter, close the book and write down everything you remember.
• Flashcards (The Right Way): Don’t just flip the card. Force yourself to say the answer before you look. Use apps like Anki or Quizlet which automate this.
• Practice Tests: Take a practice exam before you feel “ready.” The discomfort is the signal that learning is happening.

Teacher Story: I once had a student, Sarah, who would read her history notes three times a night. She felt confident. On the test, she froze. We switched to Active Recall. She spent 10 minutes writing down dates from memory, then checked. Her test score jumped from a C to an A+ in two weeks. The key? She stopped recognizing and started retrieving.

✅ Pros: Massive boost in long-term retention.
❌ Cons: Fels difficult and frustrating at first.

2. Spaced Repetition: Beating the Forgetting Curve

The Concept: Instead of craming (massed practice), you spread your study sessions out over days, weeks, and months.

Why it works: Your brain is designed to forget. Spaced repetition interrupts the forgetting curve just before you lose the info, signaling to your brain, “Hey, this is important, keep it!”

How to do it:

• The 1-3-7-21 Rule: Review new material 1 day later, then 3 days later, then 7 days later, then 21 days later.
• Digital Tools: Use Anki (highly recommended for its algorithm) or Memrise. These apps automatically schedule reviews based on how well you know a card.
• Calendar Blocking: Schedule “review sessions” for old material, not just new material.

Comparison: Massed vs. Spaced Practice

Feature	Massed Practice (Craming)	Spaced Repetition
Short-term gain	High (for the test tomorrow)	Moderate
Long-term retention	Low (gone in a week)	High (years later)
Mental Effort	Low (passive)	High (active)
Stress Level	High (panic)	Low (managed)

✅ Pros: Efficient use of time; prevents burnout.
❌ Cons: Requires planning and discipline; results aren’t immediate.

3. Interleaving: Why Mixing It Up Boosts Mastery

The Concept: Instead of practicing one type of problem repeatedly (AABBCCC), you mix them up (ABC).

Why it works: Blocked practice teaches you how to do a problem if you know the type. Interleaving teaches you when to use a specific strategy. It forces your brain to discriminate between problem types.

How to do it:

• Math: Don’t do 20 addition problems, then 20 subtraction. Mix them up.
• Language: Don’t study only verbs for an hour. Mix verbs, nouns, and adjectives.
• Music: Practice scales, then a song, then a difficult passage, then back to scales.

Real-world example: A study by Rohrer & Taylor (207) showed that students using interleaved practice were 43% more accurate on a geometry test than those who blocked their practice.

✅ Pros: Improves problem-solving and transfer of skills.
❌ Cons: Can feel confusing and slower initially; students often prefer blocked practice.

4. Elaborative Interogation: The “Why” Behind the “What”

The Concept: This involves asking yourself “Why is this true?” or “Why does this make sense?” as you learn new facts.

Why it works: It forces you to connect new information to what you already know. It builds a web of knowledge rather than isolated facts.

How to do it:

• The “Why” Game: As you read a fact, stop and ask, “Why is this the case?”
• Self-Explanation: Explain the concept to yourself in your own words, focusing on the underlying logic.
• Example: If you read “The heart pumps blood,” ask “Why does it pump blood? Because cells need oxygen.”

✅ Pros: Deepens understanding; great for complex concepts.
❌ Cons: Requires prior knowledge; can be time-consuming.

5. Dual Coding: Visuals + Words = Supercharged Memory

The Concept: Combining verbal materials (words) with visual materials (images, diagrams, charts).

Why it works: Your brain processes visual and verbal information in separate channels. By using both, you create two distinct memory traces. If you forget the words, you might remember the image, and vice versa.

How to do it:

• Sketchnotes: Turn your notes into drawings and diagrams.
• Infographics: Create visual summaries of text-heavy chapters.
• Anotate: Draw arrows, circles, and labels on diagrams while reading the text.

✅ Pros: Highly effective for visual learners; makes abstract concepts concrete.
❌ Cons: Requires drawing skills (or at least the willingness to try); time-intensive.

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🔍 What Are the 6 Types of Learning Strategies? Beyond the Basics

While the “Big Five” are the heavy hitters for retention, educational psychologists often categorize learning strategies into six broader types based on how the student approaches the task. This framework helps teachers Differentiated Instruction by identifying where a student might be struggling.

1. Rehearsal Strategies

• What it is: Simple repetition. Flashcards, reciting, copying notes.
• Verdict: Low effectiveness for deep learning, but useful for simple facts (like vocabulary).
• When to use: Memorizing a phone number or a short definition.

2. Elaborative Strategies

• What it is: Connecting new info to old info. Analogies, summaries, self-explanation.
• Verdict: High effectiveness. This is the engine of deep understanding.
• When to use: Learning complex theories or historical causes.

3. Organizational Strategies

• What it is: Structuring information. Outlines, mind maps, concept maps.
• Verdict: High effectiveness for large amounts of information.
• When to use: Preparing for a final exam organizing a research project.

4. Metacognitive Strategies

• What it is: Thinking about thinking. Planning, monitoring, and evaluating your own learning.
• Verdict: Essential for self-regulated learners.
• When to use: Before starting a task (planning) and after (reflection).

5. Comprehension Monitoring Strategies

• What it is: Checking if you understand. Asking “Do I get this?” and re-reading if not.
• Verdict: Critical for reading comprehension.
• When to use: While reading a dense textbook or listening to a lecture.

6. Affective Strategies

• What it is: Managing emotions and motivation. Goal setting, positive self-talk, relaxation.
• Verdict: Often overlooked but vital for persistence.
• When to use: When feeling anxious, overwhelmed, or unmotivated.

Insight: Many students fail not because they lack intelligence, but because they rely only on Rehearsal strategies. Teaching them to switch to Elaborative or Metacognitive strategies is the key to unlocking their potential.

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📚 What Are the 6 Principles of Effective Study? Science-Backed Rules

If the “Big Five” are the tools, these 6 Principles are the blueprint for using them effectively. These principles, derived from cognitive science, ensure your study sessions aren’t just busy work.

1. Spaced Repetition: As discussed, time is your friend. Don’t cram.
2. Active Retrieval: Test yourself constantly.
3. Interleaving: Mix it up.
4. Elaboration: Explain it in your own words.
5. Concrete Examples: Use real-world scenarios to ground abstract ideas.
6. Dual Coding: Use visuals and words together.

The “Concrete Examples” Principle is often the missing link. Abstract concepts like “gravity” or “supply and demand” are hard to grasp. But if you explain gravity using a dropped apple, or supply and demand using the price of concert tickets, it clicks.

How to apply this:

• Step 1: Identify the abstract concept.
• Step 2: Brainstorm 3 real-world examples.
• Step 3: Create a diagram linking the example to the concept.

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💡 What Are Some Examples of Effective Learning Strategies in the Classroom?

Theory is great, but what does this look like in a real classroom? Here are actionable examples for teachers and students.

For the Math Classroom

• Interleaved Practice: Instead of a worksheet of 20 division problems, give a mix of addition, subtraction, multiplication, and division. Ask students to identify which operation to use before solving.
• Self-Explanation: Have students write a “step-by-step” guide for solving a problem, explaining why they took each step.

For the History Classroom

• Dual Coding: Instead of just reading a text about the French Revolution, have students create a timeline with images and captions.
• Elaborative Interogation: Ask, “Why did the storming of the Bastille happen then and not earlier?”

For the Language Arts Classroom

• Peer Teaching (Social Strategy): Use the Jigsaw Method. Assign each student a section of a text. They become the “expert” and teach it to their group.
• Active Recall: After reading a chapter, have students write a summary from memory without looking at the text.

Pro Tip: Use Assessment Techniques to check if these strategies are working. Don’t just grade the final product; grade the process.

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👩 🏫 What Are the 5 Key Instructional Strategies for Teachers?

While students use learning strategies, teachers use instructional strategies to facilitate that learning. These are the methods you use to deliver content.

1. Differentiated Instruction: Tailoring content, process, and product to meet diverse needs.
   Example: Offering three versions of a reading assignment at different reading levels.
   Link: Check out our guide on Differentiated Instruction for more.

2. Explicit Instruction: Clear, direct teaching with modeling and guided practice.
   Example: “I do, We do, You do” model.

3. Active Learning: Engaging students in doing things and thinking about what they are doing.
   Example: Think-Pair-Share, debates, and hands-on experiments.

4. Scaffolded Instruction: Breaking down complex tasks into manageable steps with temporary support.
   Example: Providing sentence starters for an essay, then removing them later.

5. Assessment for Learning (Formative Assessment): Using ongoing checks to adjust instruction.
   Example: Exit tickets, quick polls, and observation.

Why the distinction matters: A student might use Active Recall (learning strategy), but the teacher must design a Quiz (instructional strategy) to facilitate it. Both are needed for success.

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🛠️ Metacognition: The Secret Sauce of Self-Regulated Learning

If there is one thing that separates top students from the rest, it’s Metacognition. It’s the ability to think about your own thinking.

The Metacognitive Cycle:

1. Plan: “What is my goal? What strategy will I use?”
2. Monitor: “Am I understanding this? Do I need to slow down?”
3. Evaluate: “Did that strategy work? What should I change next time?”

How to teach Metacognition:

• Think Alouds: Teachers model their thinking process while solving a problem. “I’m stuck here, so I’m going to try drawing a diagram.”
• Reflection Journals: Ask students to write about what they learned and how they learned it.
• Strategy Checklists: Provide a checklist of strategies (e.g., “Did I space my study? Did I test myself?”) for students to review before a test.

Anecdote: I once worked with a student who was failing math. He was studying for 4 hours a day but getting Ds. We sat down and asked, “What are you doing?” He said, “I read the chapter three times.” We realized he had zero metacognition. He didn’t know he was using an ineffective strategy. Once we taught him to monitor his understanding and switch to Active Recall, his grades skyrocketed.

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🚫 Common Study Myths That Are Wasting Your Time

Let’s bust some myths that are keeping you (or your students) stuck.

Myth	Reality
“I’m a visual learner, so I only need pictures.”	False. Everyone benefits from Dual Coding. The idea of strict “learning styles” (visual, auditory, kinesthetic) has been debunked by research.
“Craming works for the test.”	True for the test, false for life. You might pass the test, but you’ll forget everything a week later.
“Highlighting helps me remember.”	False. It gives a false sense of security. You are just moving your hand, not your brain.
“I learn best when I listen to music.”	Debatable. For some, it helps focus. For others, it distracts. Instrumental music is generally better than lyrics.
“Multitasking makes me faster.”	False. Task-switching reduces efficiency and increases errors.

The “Learning Styles” Trap:
Many teachers still try to match instruction to “learning styles.” Research by Pashler et al. (208) found no evidence that tailoring instruction to a student’s preferred style improves outcomes. Instead, match the content to the method. If you’re teaching geography, use maps (visual) regardless of the student’s “style.”

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🎨 Tailoring Strategies to Different Learning Styles and Needs

While the “learning styles” myth is dead, individual differences are real. Some students have ADHD, dyslexia, or anxiety. How do we adapt the Big Five?

For Students with ADHD

• Challenge: Sustained attention.
• Strategy: Use Interleaving to keep things fresh. Break tasks into tiny chunks (Scaffolding). Use Dual Coding with bright colors and movement.
• Tool: Focusmate or Pomodoro timers.

For Students with Dyslexia

• Challenge: Decoding text.
• Strategy: Lean heavily on Dual Coding. Use audiobooks paired with text. Use Elaborative Interogation to connect concepts verbally.
• Tool: Learning Ally or NaturalReader.

For English Language Learners (ELL)

• Challenge: Vocabulary and context.
• Strategy: Use Concrete Examples and visuals. Encourage Peer Teaching to practice language in a low-stakes environment.
• Tool: Google Translate (for initial understanding) and Vocabulary.com.

Remember: The goal isn’t to change the strategy, but to scaffold the strategy so every student can access it.

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📈 Measuring Success: How to Track Your Learning Progress

How do you know if your new strategies are working? You need data.

Metrics to Track

1. Retention Rate: How much do you remember after 1 week? 1 month?
2. Time Efficiency: Are you studying less but getting better grades?
3. Confidence Level: Do you feel less anxious before tests?
4. Error Analysis: Are you making the same mistakes?

Tools for Tracking

• Spaced Repetition Apps: Anki and Quizlet automatically track your retention rates.
• Study Logs: Keep a simple journal of what strategy you used and the result.
• Self-Assessment Rubrics: Create a rubric for your own study habits.

Pro Tip: Don’t just look at the grade. Look at the process. If you got an A but crammed, you haven’t learned the strategy yet. If you got a B but used Spaced Repetition, you are on the right track.

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🏆 Conclusion

We started this journey by asking, “What are five learning strategies?” and we’ve uncovered a world far richer than a simple list. We’ve seen that Active Recall, Spaced Repetition, Interleaving, Elaborative Interogation, and Dual Coding are not just buzzwords—they are the scientific backbone of effective learning.

But here’s the twist: Knowing these strategies isn’t enough. You have to do them. And doing them feels hard. It feels slower. It feels frustrating. That’s the point. The struggle is the signal that your brain is growing.

The Final Verdict:

• Stop highlighting and re-reading.
• Start testing yourself and spacing out your reviews.
• Embrace the confusion of interleaving.
• Connect new ideas to old ones.
• Draw your way to understanding.

Whether you are a student trying to ace that final exam or a teacher looking to transform your classroom, these strategies are your toolkit. They work for everyone, regardless of “learning style.” They work for math, history, languages, and music.

One last question: If you could change just one study habit today, what would it be? Will you finally put down the highlighter and pick up a practice test? The choice is yours, but the science is clear.

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🔗 Recommended Links

Ready to upgrade your study game? Here are the tools and resources we trust.

Essential Apps & Tools

• Anki: The gold standard for Spaced Repetition.
  👉 Shop Anki on: Amazon | Anki Official Website
• Quizlet: Great for creating flashcards and games.
  👉 Shop Quizlet on: Amazon | Quizlet Official Website
• Focusmate: For accountability and deep work sessions.
  👉 Shop Focusmate on: Focusmate Official Website

Recommended Books

• “Make It Stick: The Science of Successful Learning” by Peter C. Brown, Henry L. Roediger III, and Mark A. McDaniel.
  Buy on: Amazon
• “A Mind for Numbers” by Barbara Oakley.
  Buy on: Amazon
• “Learning How to Learn” by Barbara Oakley and Terence Sejnowski.
  Buy on: Amazon

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❓ FAQ

How can students use technology to support and enhance their learning strategies in the classroom?

Technology is a double-edged sword, but used correctly, it supercharges learning.

• Spaced Repetition: Apps like Anki and Quizlet automate the scheduling of reviews, ensuring you never forget.
• Dual Coding: Tools like Canva or Lucidchart allow students to easily create diagrams and infographics.
• Active Recall: Online platforms like Kahoot! or Quizz make self-testing gamified and engaging.
• Metacognition: Digital journals (like Notion or Google Docs) help students track their progress and reflect on their strategies.

What role do metacognitive skills play in learning strategies and academic success?

Metacognition is the “boss” of all learning strategies. Without it, students might use the wrong tool for the job. Metacognitive skills allow students to:

• Plan: Choose the right strategy (e.g., “I need to use Interleaving for this math test”).
• Monitor: Realize when they don’t understand (“I’m just reading, I need to stop and test myself”).
• Evaluate: Adjust their approach after a test (“I crammed and failed; next time I’ll use Spaced Repetition”).
  Research shows that students with high metacognitive skills outperform those with high intelligence but low metacognition.

How can teachers incorporate learning strategies into their lesson plans to improve student outcomes?

Teachers don’t need to overhaul their entire curriculum. Small tweaks make a big difference:

• Start with a “Brain Dump”: Begin class by asking students to write down everything they remember from the last lesson (Active Recall).
• Mix Up the Practice: When assigning homework, mix problem types (Interleaving) instead of grouping them by type.
• Teach the “Why”: Explicitly teach students why a strategy works. If they understand the science, they are more likely to use it.
• Use Visuals: Always pair text with images (Dual Coding) in your slides and handouts.

What is the 5 step learning strategy?

There isn’t one single “5 step” strategy, but a common framework for implementing learning strategies is:

1. Identify the goal.
2. Select the appropriate strategy (e.g., Active Recall).
3. Implement the strategy.
4. Monitor your understanding.
5. Evaluate and adjust.
   This cycle is essentially the Metacognitive Cycle applied to a specific task.

Read more about “🚀 4 As Teaching Strategy: Master the 4 Steps (2026)”

What are types of learning strategies?

Learning strategies are generally categorized into:

• Cognitive: Direct manipulation of information (e.g., summarizing, mapping).
• Metacognitive: Managing one’s own learning (e.g., planning, monitoring).
• Social/Affective: Interacting with others and managing emotions (e.g., peer teaching, self-talk).

Read more about “10 Proven Strategies in Teaching & Learning (2026) 🚀”

What are the 4 types of learning strategies?

Sometimes strategies are grouped into four main types:

1. Rehearsal (Repetition)
2. Elaboration (Connecting ideas)
3. Organization (Structuring info)
4. Metacognition (Self-regulation)

Read more about “12 Proven Strategies for Teaching Persuasive Writing & Argumentation (2026) 🗣️”

What are the 6 types of learning strategies?

As detailed in our section on “The 6 Types,” these include:

1. Rehearsal
2. Elaborative
3. Organizational
4. Metacognitive
5. Comprehension Monitoring
6. Affective

Read more about “🚀 10+ Instructional Strategies Examples for Elementary (2026)”

What are the 5 active learning strategies?

Active learning strategies focus on engagement:

1. Think-Pair-Share
2. Peer Teaching (Jigsaw)
3. Case Studies
4. Problem-Based Learning
5. Role-Playing

Read more about “🚀 10 Ways Tech Supercharges Teaching & Student Outcomes (2026)”

What are the most effective learning strategies for classroom success?

The most effective strategies are those backed by cognitive science: Active Recall, Spaced Repetition, Interleaving, Elaborative Interogation, and Dual Coding. These work across all subjects and age groups.

Read more about “10 Ways to Measure Your Teaching Impact (2026) 📊”

How can teachers implement five learning strategies to improve student engagement?

• Active Recall: Use quick, low-stakes quizzes at the start of class.
• Spaced Repetition: Review old material regularly, not just before the final.
• Interleaving: Mix up problem types in worksheets.
• Elaborative Interogation: Ask “Why” questions frequently.
• Dual Coding: Use visuals in every lesson.

Read more about “🚀 How the 4 As Strategy Supercharges Student Success (2026)”

What are five learning strategies that help students retain information better?

1. Practice Testing (Active Recall)
2. Distributed Practice (Spaced Repetition)
3. Interleaved Practice
4. Elaborative Interogation
5. Dual Coding

Read more about “50+ Successful Learning Strategies for Students & Teachers (2026) 🚀”

Which five learning strategies work best for diverse learning styles in the classroom?

While “learning styles” are a myth, these five strategies work for everyone:

1. Active Recall (Works for all)
2. Spaced Repetition (Works for all)
3. Interleaving (Works for all)
4. Elaborative Interogation (Works for all)
5. Dual Coding (Works for all, especially beneficial for visual and verbal learners)

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📖 Reference Links

• Dunlosky, J., et al. (2013). “Improving Students’ Learning With Effective Learning Techniques: Promising Directions From Cognitive and Educational Psychology.” Psychological Science in the Public Interest. Link
• Karpicke, J. D., & Roediger, H. L. (208). “The Critical Importance of Retrieval for Learning.” Science. Link
• Cepeda, N. J., et al. (206). “Distributed Practice in Verbal Recall Tasks: A Review and Quantitative Synthesis.” Psychological Bulletin. Link
• Rohrer, D., & Taylor, K. (207). “The Shuffling of Mathematics Problems Improves Learning.” Instructional Science. Link
• TeachHUB. “Top 5 Teaching Strategies.” Link
• eSchool News. “What Are the 6 Learning Strategies for Students?” Link
• Digital Promise. “Five Learning Strategies That Work.” Link
• Teacher Strategies™: Differentiated Instruction | Classroom Management | Assessment Techniques | Critical Thinking | Collaborative Learning