X Tables
Times Table Methods

Spaced repetition for times tables

Show how little-and-often practice can strengthen recall over days and weeks.

Quick answer

Spaced repetition for times tables means practising multiplication facts a little bit every day, not all at once. This helps your brain remember them for a long time.

Learning outcome

By the end of this page, you will understand how to use spaced repetition to learn your times tables faster and remember them for longer. Success signs:
  • You can explain why practising a little every day is better than practising a lot all at once
  • You can show how to plan short daily practice sessions
  • You can identify when you might forget a times table fact and how to use spaced repetition to remember it
  • You can apply spaced repetition to at least one times table

Why this matters

When you learn your times tables using spaced repetition, you don't just remember them for a test or a week. You remember them for months and years. This helps you in school, when you do bigger maths, and in everyday life. Think about how you use multiplication. When you're shopping and need to know how much 3 apples cost if each costs 50p, you use times tables. When you're planning a party and need to know how many cupcakes to bake for 6 tables with 4 people each, you use times tables. When you're playing a game and need to count points quickly, you use times tables. The more you know them, the faster you can do these things. Spaced repetition is like training your brain to remember. It's like going to the gym a few times a week instead of doing one big workout. Your brain gets stronger and stronger with regular, small efforts.

How it works

Spaced repetition is a way of learning that uses time to help you remember things better. Instead of learning a lot in one go, you learn a little bit every day. This is how it works: 1. First learning: You learn a new fact, like 6 × 7 = 42. 2. First review: After one day, you look at it again. 3. Second review: After a few days, you look at it again. 4. Third review: After a week or more, you look at it again. 5. Repeat: You keep reviewing the facts over time, getting further apart each time. This pattern helps your brain store the facts more securely. The longer you wait between reviews, the better you remember.

Examples you can see

Let's take the 6 times table to show how spaced repetition works: Spaced repetition for 6 times table
Day Review Fact How you might practice
Day 1 First time 6 × 1 = 6 Count 6 fingers or use 6 blocks
Day 2 First review 6 × 1 = 6 Quick flashcard review
Day 4 Second review 6 × 2 = 12 Draw 2 groups of 6 dots
Day 7 Third review 6 × 3 = 18 Use 6 blocks to make 3 rows
Day 10 Fourth review 6 × 4 = 24 Count 4 groups of 6 apples
Day 14 Fifth review 6 × 5 = 30 Use a number line to jump 5 times by 6
Day 21 Sixth review 6 × 6 = 36 Make an array of 6 rows and 6 columns
Each day, you're not learning new facts. You're reviewing what you already know, but spaced out so that your brain has time to store it properly.

Try it as a mini adventure

Imagine you're a space explorer on a mission to collect space crystals. Each crystal is worth a certain number of points based on its colour. You need to remember how many points each colour is worth, but you can't just memorise them once and forget. You must use spaced repetition to keep them in your memory. Adventure: The Space Crystal Mission You are on a space ship collecting crystals. Each day, you collect some crystals and learn how many points they're worth. 1st day: You collect 1 red crystal. It's worth 7 points. You write it down. 2nd day: You check your notes. You remember it's 1 × 7 = 7. 3rd day: You collect 2 blue crystals. Each is worth 7 points. You work out 2 × 7 = 14. 4th day: You check your notes again. You remember 2 × 7 = 14. 5th day: You collect 3 green crystals. Each is worth 7 points. You calculate 3 × 7 = 21. 6th day: You review all your crystals and points. You remember 3 × 7 = 21. 7th day: You collect 4 yellow crystals. Each is worth 7 points. You calculate 4 × 7 = 28. 8th day: You review your notes again. You remember 4 × 7 = 28. 9th day: You collect 5 purple crystals. Each is worth 7 points. You work out 5 × 7 = 35. 10th day: You review your collection. You remember 5 × 7 = 35. 11th day: You collect 6 orange crystals. Each is worth 7 points. You calculate 6 × 7 = 42. 12th day: You check your notes. You remember 6 × 7 = 42. 13th day: You collect 7 pink crystals. Each is worth 7 points. You work out 7 × 7 = 49. 14th day: You review all your crystals. You remember 7 × 7 = 49. You're now ready for a bigger mission!

Common mistakes

  • Mistake: Practising a lot all at once, like 50 multiplication facts in one go. Why it happens: This feels like a good way to learn quickly, but your brain doesn't store it well. Fix: Try a few facts each day instead. It's better to do 5 facts for 5 days than 25 facts in one day.
  • Mistake: Not reviewing facts often enough. Why it happens: You might think you know them, so you don't review. Fix: Set a reminder to look at your facts once a day. Use a calendar or a chart to help you.
  • Mistake: Trying to learn all tables at once. Why it happens: It can be overwhelming. Fix: Focus on one table at a time. Learn 2 × 3, then 2 × 4, then 2 × 5, and so on.
  • Mistake: Not making it fun or using different methods. Why it happens: Repetition can feel boring. Fix: Use games, songs, drawings, or counting with your fingers to make it more fun.

Parent and carer guide

Parents and carers can help children use spaced repetition by:
  • Setting up a simple chart or calendar to show when to review facts
  • Using flashcards or apps that help with spaced repetition
  • Encouraging short daily practice sessions (5–10 minutes)
  • Making it fun with games, songs, or drawing
  • Not pushing too hard or making it feel like a chore
  • Checking in with the child to see if they're enjoying it
Spaced repetition doesn't need to be complicated. It's about small, regular practice. Keep it light and positive. You're helping your child build a strong foundation for maths that will last a lifetime.

Practice questions

  1. Which is better for learning times tables: doing 20 facts in one session or 4 facts for 5 days?
  2. What should you do if you forget 8 × 7 = 56?
  3. How often should you review a times table fact to remember it?
  4. Why is it better to review facts over days rather than once?
  5. Which of these is a good way to use spaced repetition: using flashcards, doing one big session, or singing times tables songs?
Answers:
  1. Doing 4 facts for 5 days is better because it uses spaced repetition.
  2. You should review it again in a few days and again in a week.
  3. You should review a times table fact at least once a day, then again in a few days, then again in a week.
  4. Reviewing facts over days helps your brain store them more securely.
  5. Using flashcards and singing songs are good ways to use spaced repetition.

FAQ

What is spaced repetition?

Spaced repetition is a learning method where you review information at increasing intervals over time. This helps your brain remember it for longer.

How long should I practice each day for times tables?

Try to practice for 5 to 10 minutes each day. Short, regular sessions are more effective than long, infrequent ones.

Can I use spaced repetition with all times tables?

Yes! You can use spaced repetition for any times table, from 1s to 12s. Start with one table and work your way up.

Do I need special tools for spaced repetition?

No, you can use simple tools like flashcards, a notebook, or even a calendar. Apps are helpful but not necessary.

How do I know if I'm using spaced repetition correctly?

You're using it correctly if you review facts regularly, but not too often. If you're checking once a day, then again in a few days, and then again in a week, you're doing it right.