Learning times tables is, for many children, one of the first real challenges in mental maths. An addition problem can often be worked out by counting on fingers. A times table, not so much: it has to be memorized, through repetition. The good news is that with a short, regular method, every child gets there and remembers them for good, at their own pace.
What age do kids typically learn times tables?
There's no single rule, since school systems vary, but a common progression looks like this:
- Around age 6-7: the idea of multiplication itself, and the first tables — usually 2, 5 and 10.
- Around age 7-8: the remaining tables, 3, 4, 6, 7, 8 and 9 — the ones that generally take a bit more time.
- Age 9 and up: consolidation, mixed tables, and using them inside more complex calculations (division, area, word problems).
The pace varies from one child to another, and that's completely fine. The more regular the practice, the more naturally the answers come, over time.
Why are times tables so hard to memorize?
A full table, from 1 to 12, adds up to well over a hundred facts to remember. Some can be worked out from operations a child already knows. Many others simply have to be learned by heart, with no shortcut. It's this sheer amount to memorize, more than the difficulty of the maths itself, that takes time and patience — for the child and for the parents.
The 7 times table usually needs a bit more practice than the others. The 1 times table, on the other hand, gives no one any trouble — a detail that won't really help a child who's still hesitant about 7 × 8, but it's a good reminder that not every table asks for the same effort, and that's completely normal.
The method that works: short, regular repetition
The best-established principle for remembering times tables long-term is simple: short, frequent sessions beat one long isolated one. Ten minutes a day, spread over several weeks, embeds the information far more effectively than an hour of cramming the night before a test.
What makes this repetition effective: immediate feedback on every answer, so a mistake gets corrected before it sticks. Targeted difficulty, coming back more often to the tables that still need work rather than reviewing everything at the same pace. And motivation that lasts — visible progress helps keep the effort going without turning practice into a chore.
5 tricks to memorize times tables faster
- Commutativity cuts the work in half. 4 × 9 gives the same result as 9 × 4. A child who knows a table one way already half-knows it the other way round.
- The 9 times table on your fingers. Fold down the finger matching the number being multiplied (the 7th finger for 9 × 7): the fingers left on either side give the answer directly — 6 and 3, so 63.
- The 5 times table always ends in 0 or 5. A simple visual check to spot a wrong answer at a glance.
- The 2, 4 and 8 times tables chain by doubling. If a child knows 6 × 2 = 12, then 6 × 4 = 24 (double it), and 6 × 8 = 48 (double it again).
- Build a hard table from one already known. Since 6 × 7 is one of the facts that often takes a bit more thought, it helps to start from 5 × 7 = 35 (a table usually well known) and add 7. That gets to 42 with no real effort.
How can you tell which tables still need work?
This is often the hardest part to do alone, at home.
A child who hesitates or answers slowly on a table doesn't always say so — they give the right answer, just a couple of seconds late, and it's easy for that to go unnoticed. Keeping track of right and wrong answers, table by table, makes it easy to see at a glance where to focus practice, instead of reviewing at random or starting over from scratch every time.
Turning practice into a game, not a chore
That's exactly the idea behind MulZap: the child picks which tables to practice, answers a series of questions with immediate feedback, and earns stars for every correct answer. A Review screen shows at a glance which tables still need work, so practice is focused where it actually counts. Badges reward progress, with no pressure and no ranking against other players.
The app is free, works offline, contains no ads, and collects no personal data.
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Frequently asked questions
How long per day does it take to learn times tables?
Ten minutes is enough, as long as it's regular. Ten minutes a day beats one long session once a week.
Do times tables need to be learned in order, from 1 to 12?
No, that's not necessary. Many children build confidence faster by starting with the simpler tables (2, 5, 10) before tackling the ones that usually take more practice (6, 7, 8, 9).
How can I tell if my child really knows a table?
Response time is the best clue. A correct answer that takes several seconds of thinking means the table isn't automatic yet. The goal is an answer that comes almost immediately.