How to Memorize Multiplication Tables: 5 Fun Methods

Multiplication facts are the engine of elementary math. Once your child can fire off 7 × 8 without thinking, fractions, division, and word problems all get easier. Here are five proven, kid-tested methods.

1. The Skip-Counting Song

Skip-count by 2s, 3s, 4s, etc., as a chant. “3, 6, 9, 12, 15, 18..” Repeat daily for a week. After two weeks, your child can hear “5 × 3” and silently count, “3, 6, 9, 12, 15.”

Pair with a familiar tune, bonus points if it’s silly.

2. The 9s Finger Trick

Hold up both hands. Number your fingers 1 to 10 from left to right. To find \(9 \times 4\): bend down the 4th finger. The fingers to the left of the bent one are the tens digit; the fingers to the right are the ones digit. So 3 fingers + 6 fingers = 36. Try it!

3. The Square Number Anchors

Memorize just the squares: \(1^2, 2^2, 3^2, \ldots, 12^2 = 1, 4, 9, 16, 25, 36, 49, 64, 81, 100, 121, 144\).

Now any nearby fact is easy:

• \(7 \times 8 = 7 \times 7 + 7 = 49 + 7 = 56\).
• \(6 \times 8 = 7 \times 7 – 1 = 48\). (For “difference of one,” squares are 1 more.)

This trick alone unlocks most kids’ hardest facts.

4. Flashcards With a Twist

Instead of a giant pile, isolate the 6 facts your child doesn’t know. Drill only those for 3 minutes a day. As each one becomes automatic, swap in the next missing fact. This is far faster than randomly drilling 100 cards.

5. Multiplication War (the card game)

Each player flips two cards. First to call out the product wins all four cards. Quick, competitive, addictive. Use a regular deck (treat face cards as 11, 12, 13 if you want a challenge).

Order of attack

Most kids find this order easiest:

• 2s, 5s, 10s (quickest)
• Squares (1, 4, 9, 16, 25..)
• 4s, 11s (patterns help)
• 3s, 6s, 9s
• 7s, 8s (the toughest, leave for last)

What doesn’t work

• Pressuring a kid to “just memorize.” Builds anxiety.
• Long sessions. 5 to 7 minutes daily is the sweet spot.
• Drilling all 144 facts at once. Isolate the gaps.

FAQ

At what age should kids learn multiplication tables?

Most students learn them in 3rd grade and master them by end of 4th.

Is it really that important to memorize them?

Yes. Without automatic recall, every multi-step problem becomes a slow, error-prone task.

How long does memorization take?

With 10 minutes a day, most kids master all facts in 8 to 12 weeks.

Should I use a multiplication chart or app?

Both help. Charts build pattern recognition. Apps add gamification.

Extra study tips that move the needle

Most students don’t fail because the math is too hard. They fail because their practice habits are inefficient. Here are the habits that separate the students who improve fast from those who stall.

Practice with a timer. Untimed practice teaches you to eventually get the right answer; timed practice teaches you to get it in test conditions. Set a stopwatch every time you sit down. Aim for 90 seconds per question on most standardized tests.

Keep an error log. A simple spreadsheet with three columns, Problem, My answer, Correct answer, Why I missed it, is the single most powerful study tool ever invented. Review your error log weekly. The same mistakes show up again and again until you name them.

Mix topics every session. Doing 20 problems on the same topic feels productive, but spaced and interleaved practice, mixing topics, builds retrieval skills, which is what the test actually measures. Spend 70% of your time on mixed sets and only 30% on isolated drills.

Sleep on it. Memory consolidation happens during sleep. A 30-minute session the night before a quiz, followed by 7+ hours of sleep, beats a 3-hour cram session that ends at midnight. This is settled cognitive science.

Teach the topic out loud. If you can’t explain it, you don’t fully know it. Either record yourself, write a one-paragraph “how I’d teach this” explanation, or grab a friend to listen. Teaching exposes the gaps your problem sets hid.

When to ask for help

Spinning your wheels for more than 15 minutes on a single problem is a signal, not of failure, but of a missing piece of background. Stop, mark the problem, and either ask a teacher, post in our community, or watch a video on the relevant subtopic. Resuming after gaining the missing piece is much more efficient than guessing your way forward.

A quick self-assessment

Before you close this tab, answer these three questions honestly:

1. What’s the one topic in this article you understood best?
2. What’s the one topic that still feels fuzzy?
3. What concrete next step (a worksheet, a practice test, a video) will you take in the next 48 hours?

Writing those answers down, even just in a notes app, has been shown to roughly double the chance you actually follow through. Treat the next 48 hours as a small, doable experiment, not a marathon. Your future test-day self will thank you.

A deeper dive into common questions

The questions students ask after reading an article like this one tend to cluster. Here are the most useful ones, and short, direct answers.

What is the easiest way to memorize multiplication tables? Start with the easy families first: 2s, 5s and 10s, then the squares like 6 × 6 = 36 and 7 × 7 = 49. Most other facts can be built from those anchors, for example 7 × 8 = 49 + 7 = 56. Skip-counting chants and the 9s finger trick make the early steps feel like a game for kids.

What is the fastest way to memorize multiplication tables? Drill only the facts your child does not know yet. Pick about six missing facts, practice them for 3 minutes a day, and swap in a new fact as each one becomes automatic. This is much faster than cycling through all 144 cards. Add a quick round of Multiplication War with a deck of cards to keep it fun.

What grade do kids memorize multiplication tables? Most US students learn multiplication in 2nd and 3rd grade, and Common Core standards expect children to know all products of two one-digit numbers from memory by the end of 3rd grade, around age 8 or 9. Facts up to 12 × 12 are often finished in 4th grade. Short, daily practice works better than pushing early.

Is it important to memorize multiplication tables? Yes. When facts like 7 × 8 = 56 are automatic, a child’s working memory is free for the harder parts of a problem, such as simplifying fractions, long division or multi-step word problems. Kids who still count on their fingers for every fact tire out quickly. Understanding comes first, but quick recall makes later math far easier.

How do you memorize multiplication tables as an adult? Adults can use the same tricks kids do, just faster. Learn the squares from 1 to 12, then derive neighbors: 8 × 9 is 8 × 8 + 8 = 72. List the few facts you always hesitate on, often in the 6s, 7s and 8s, and quiz yourself on just those for five minutes a day using flashcards or an app.

Can you memorize multiplication tables in one day? You can learn a lot of patterns in one day, such as the 9s finger trick and the square numbers, but making all the facts automatic usually takes a few weeks of short daily practice. Five to seven minutes a day sticks better than one long session, which mostly builds frustration and is quickly forgotten.

A short worked example you can copy

Here’s a typical worked example pattern that applies to many problems in this article’s topic:

1. Identify the question. What exactly is being asked? Underline it.
2. Identify the given information. What numbers and relationships are you handed?
3. Pick the relevant formula or rule. From your toolkit, which one connects the given info to the question?
4. Plug in carefully. Write each substitution explicitly. Don’t do steps in your head.
5. Simplify. Reduce fractions, combine like terms, simplify radicals.
6. Verify. Plug your answer back into the original setup. Does it make sense?

This 6-step pattern handles roughly 80% of problems you’ll see in middle-school, high-school, and standardized-test math.

Mini-glossary

A few terms that come up repeatedly in this topic and its neighbors:

• Variable. A letter (often \(x\) or \(y\)) that stands in for an unknown number.
• Coefficient. The number multiplying a variable. In $3x$, the coefficient is 3.
• Expression. A combination of numbers, variables, and operations, without an equals sign. Example: $3x + 5$.
• Equation. Two expressions joined by an equals sign. Example: \(3x + 5 = 14\).
• Inequality. Two expressions joined by $<$, $>$, \(\le\), or \(\ge\).
• Solution. A value (or set of values) of the variable that makes an equation or inequality true.
• Evaluate. Substitute a number for the variable and simplify to a single value.
• Simplify. Rewrite the expression in its cleanest equivalent form.

Internalize this vocabulary. Test questions assume you know it.

Your next 7 days

If this article inspired you to act, here’s a small, doable 7-day plan:

• Day 1. Re-read the worked examples. Try them with the page covered.
• Day 2. Do a 15-minute warm-up of related practice problems.
• Day 3. Take a short timed quiz. Score yourself.
• Day 4. Review your misses. Write one sentence about each.
• Day 5. Do a mixed practice set blending this topic with two others.
• Day 6. Rest, or do a light review.
• Day 7. Take a longer timed practice set and track your progress.

Seven days is enough to feel a real shift. Two or three of those cycles, and the topic moves from “hard” to “easy.”

What if my child is older and still doesn’t know them?

Start now. It’s never too late, and adult learners often master them in 4 to 6 weeks.