how to memorize 12 times tables with Simple Practice Techniques

Learning how to memorize 12 times tables is easier when you stop treating the table as one long list and start practising it in smaller, useful pieces. The goal is not simply to chant the answers in order. You want to recognize a question such as 12 × 8 and recall 96 even when the facts appear randomly.

This guide takes you from basic recognition to independent recall and then to short timed practice. You will learn the multiples of 12, identify the facts that cause trouble, use simple calculation strategies when an answer is forgotten, and follow a realistic daily routine.

Know What You Need to Learn

The complete 12 times table used in most basic multiplication practice is:

12 × 1 = 12
12 × 2 = 24
12 × 3 = 36
12 × 4 = 48
12 × 5 = 60
12 × 6 = 72
12 × 7 = 84
12 × 8 = 96
12 × 9 = 108
12 × 10 = 120
12 × 11 = 132
12 × 12 = 144

Notice that the answers increase by 12 each time:

12, 24, 36, 48, 60, 72, 84, 96, 108, 120, 132, 144.

Knowing this sequence is useful, but it is only the first stage. If someone asks 12 × 9, you should eventually be able to recall 108 without starting at 12 and counting through all the earlier multiples.

Aim for accuracy first and faster recall later. Speed is much more useful once the multiplication facts are familiar.

Prepare Before You Start

You do not need complicated equipment. A written table, some paper, flashcards, and an online multiplication game are enough.

Choose a place where you can concentrate for about 10 minutes. If you are using a phone, tablet, or computer, close anything that is likely to interrupt you.

Keep a small list called “facts to practise.” Whenever one particular question takes too long or produces a wrong answer, add it to the list. This prevents you from spending equal time on facts you already know and facts that genuinely need attention.

Take a Baseline Test

Before trying to memorize anything, find out what you already know.

Write the 12 questions from 12 × 1 through 12 × 12 in a random order. Do not look at the answers while completing the test.

Mark each response as:

• Correct and quick
• Correct but slow
• Incorrect or not known

Do not worry about producing an impressive score. The purpose of this first attempt is simply to establish a starting point.

For example, you may discover that 12 × 2, 12 × 5, and 12 × 10 are easy, while 12 × 7, 12 × 8, and 12 × 11 require more thought. Your next practice session can then focus mainly on those weaker facts.

How to Memorize 12 Times Tables Step by Step

Use the following method instead of repeatedly reading the entire table.

1. Learn the multiples of 12 in order.
   Say or write the sequence 12, 24, 36, 48, 60, 72, 84, 96, 108, 120, 132, 144. Check your work afterward. Continue until the sequence feels familiar, but do not stop here.
2. Start with the facts you already recognize.
   Questions such as 12 × 1, 12 × 2, 12 × 5, and 12 × 10 may be easier for many learners. Confirm those first so that you have several reliable reference points.
3. Connect difficult facts to easier ones.
   If you forget 12 × 7 but know 12 × 5 = 60, add two more groups of 12: 60 + 24 = 84. The aim is not to use this calculation forever. It gives you a route to the answer while direct recall is still developing.
4. Practise the questions out of order.
   Shuffle flashcards or write problems randomly. Ask yourself questions such as 12 × 9, 12 × 3, 12 × 11, and 12 × 6. Random practice checks whether you know each fact rather than only knowing where it appears in the sequence.
5. Try to recall before checking.
   Cover the answer and give yourself a genuine attempt. If you cannot remember it, work it out using a known fact, check the answer, and then try the same question again later.
6. Introduce timed practice only after the facts are familiar.
   Once you can answer most questions correctly without looking at a table, try a short timed challenge. Continue paying attention to errors instead of treating speed as the only goal.

Use Simple Patterns and Connections

Understanding how the products are connected can reduce the amount of isolated memorization required.

Think of 12 as 10 + 2

Any 12-times-table fact can be broken into a 10-times fact and a 2-times fact.

For 12 × 7:

10 × 7 = 70
2 × 7 = 14
70 + 14 = 84

For 12 × 9:

10 × 9 = 90
2 × 9 = 18
90 + 18 = 108

This is particularly useful when a fact disappears from memory during practice.

Use a Nearby Known Fact

Suppose you know:

12 × 8 = 96

Then:

12 × 9 = 96 + 12 = 108

You can also move backward. If you remember that 12 × 10 = 120:

12 × 9 = 120 − 12 = 108

These connections give you a way to recover an answer instead of guessing.

Exercises That Build Recall

Using several types of practice keeps you from relying on one memorized order.

Cover and Recall

Write a question and answer:

12 × 8 = 96

Read it once, cover 96, and try to recall it. Check immediately. If you are wrong, repeat the fact later rather than saying it many times in one uninterrupted block.

Use Flashcards

Put “12 × 7” on one side and “84” on the other.

Shuffle the cards before every round. Separate missed or slow cards into a smaller pile and review that pile more often.

Flashcards work especially well here because they prevent the fixed 1-to-12 order from giving away the answer.

Fill in Missing Multiples

Write:

12, 24, __, 48, __, 72, 84, __, 108, 120, __, 144

Then fill in the blanks.

On another attempt, leave different numbers missing. This helps you become familiar with the multiples without simply copying the sequence.

Match Questions and Products

Make one group of cards containing questions and another containing answers. Mix them, then match:

12 × 6 → 72
12 × 8 → 96
12 × 11 → 132

This shifts attention between the multiplication expression and its product.

Target Difficult Facts

Do not restart the entire table every time you miss one answer.

If your weak set is 12 × 7, 12 × 8, 12 × 9, and 12 × 11, spend part of the session working specifically on:

84, 96, 108, and 132.

Then mix those questions back into the full table so that you can recognize them in context.

Practise the Harder Facts Carefully

The middle and upper part of the table can be easy to mix up if several products are still unfamiliar.

Keep these pairs clear:

12 × 6 = 72
12 × 7 = 84

12 × 7 = 84
12 × 8 = 96

12 × 8 = 96
12 × 9 = 108

Later facts can be connected to 12 × 10 = 120:

12 × 11 = 132, which is 120 + 12.

12 × 12 = 144, which is 132 + 12.

If you repeatedly confuse two answers, practise the questions side by side rather than simply repeating the entire table.

Follow a 10-Minute Daily Routine

Long practice sessions are not necessary for this type of activity. A short routine is easier to repeat consistently.

Try this structure:

Minutes 1–2: Say or write the multiples of 12 from 12 to 144.

Minutes 3–5: Answer the 12 multiplication facts in random order without looking at a table.

Minutes 6–8: Practise only the questions you missed or answered slowly.

Minutes 9–10: Complete one short game or timed round.

Afterward, stop and review any mistakes. You do not need to repeat timed attempts continuously.

For a beginner, one practice session per day is a reasonable starting point. If concentration drops or mistakes begin increasing because you are tired, take a break rather than continuing to drill the same facts.

Consistent practice may help make the facts more familiar, but the amount of time required will vary from one learner to another.

Move from Accuracy to Speed

A frequent mistake is trying to become fast before the facts are secure.

Start by asking: “Can I get this answer right without help?”

Once that becomes consistent, ask: “Can I recall it with less hesitation?”

Timed practice should be used as one part of the routine rather than as the method for first learning an unfamiliar fact.

The 12 Times Table Speed Test on HitTheButton.io can be useful at this stage. The game presents 12 × 1 through 12 × 12 in random order with four answer choices. A round begins with 60 seconds and three lives, so inaccurate guessing can end the attempt early.

Use the game to practise recognizing products under a short time limit while still protecting accuracy.

Avoid Common Memorization Mistakes

Learning only in order is one of the biggest problems. A learner may confidently recite the sequence yet hesitate when asked 12 × 8 by itself. Randomize your questions regularly.

Another mistake is restarting at 12 every time. Counting 12, 24, 36, 48 and onward can find the answer, but your long-term practice goal is to recognize individual facts without replaying the whole sequence.

Do not spend most of your practice time on facts you already know. Give weaker questions extra attention.

Also avoid endless timed attempts. When speed causes careless mistakes, switch back to untimed recall and rebuild accuracy.

Measure Your Progress Fairly

Retake your original 12-question baseline test after several practice sessions.

Keep the format consistent. Use the same number of questions and similar testing conditions. Record:

• Number correct
• Number incorrect
• Questions that required noticeable hesitation
• Any facts you still had to calculate

If you use the online speed test, you can also compare your score and accuracy between similar rounds.

Device conditions can affect timed game results. A touchscreen, mouse, or keyboard may feel different, and screen size, browser performance, background activity, and input responsiveness can change how quickly you select answers.

For meaningful comparisons, try to use the same device, input method, test length, and general environment. A score from one setup should not automatically be treated as directly comparable with a score achieved under different conditions.

More importantly, do not judge progress only by speed. Being able to answer previously difficult facts correctly without assistance is also useful evidence of progress.

Practise on Desktop or Mobile

Digital practice can work on a laptop, desktop, phone, or tablet, but the experience will differ slightly.

On desktop, the HitTheButton.io 12 times table game supports mouse selection and keyboard keys 1–4 for its four answer positions. On a touchscreen, the choices can be tapped directly.

Choose the method that is comfortable for practice, but keep it consistent when comparing timed scores.

It can also be useful to mix digital sessions with paper or spoken recall. If you can answer 12 × 8 correctly without seeing multiple-choice options, you know you are not depending entirely on answer recognition.

Related Maths Practice

After the 12 table becomes familiar, vary your multiplication practice instead of continuing only one set forever.

Try other times-table challenges, mixed multiplication questions, and eventually simple division problems related to the same facts.

For example:

12 × 7 = 84

can also support:

84 ÷ 12 = 7

The goal is not to rush into harder work but to use familiar multiplication facts in different forms.

Frequently Asked Questions

How can I memorize 12 times tables more easily?

Learn the multiples of 12 first, then practise individual questions in random order. Use easy facts as reference points for harder ones and spend extra time on the facts you repeatedly miss.

Should I learn the 12 times table in order or randomly?

Use both. Learning the ordered sequence helps you understand the multiples of 12, while random questions check whether you can recall individual multiplication facts without relying on their position in the sequence.

Which 12 times table facts should I practise most?

Practise whichever facts your baseline test shows are slow or incorrect. There is no need to give every question equal attention once some products are already easy for you.

How long should I practise each day?

A short session of around 10 minutes can be a practical starting point. Include untimed recall, focused work on difficult facts, and only a small amount of timed practice. Take a break if concentration or accuracy starts to fall.

When should I use a timed 12 times table test?

Use timed practice after you understand the multiplication facts and can answer most of them accurately. It should help you practise recall under a time limit, not replace the process of learning unfamiliar facts.

Your Next Practice Plan

To start learning how to memorize 12 times tables, take a 12-question untimed baseline test today. Mark every fact that is wrong or slow.

For your next few sessions, practise for about 10 minutes: review the multiples of 12, answer the facts randomly, concentrate on your difficult-facts list, and finish with one short timed round when you are comfortable.

Retest the same 12 facts after several practice sessions under similar conditions. Compare accuracy first, then look at how much hesitation remains. Keep any difficult questions on your practice list and repeat the cycle rather than trying to force every fact into memory in one session.