Learning multiplication tables without tears
To retain multiplication tables, three levers work better than forced recitation: understanding what multiplication means before memorising, short self-testing sessions rather than re-reading, and spacing repetitions over several days. Here is how to go about it, from age 7 to 11.
Understand first, memorise second
A child who recites “seven times six, forty-two” without knowing what it represents forgets quickly, and panics as soon as the question changes order. Before rote learning, make sure multiplication makes sense: 7 × 6 is 7 groups of 6, or 6 groups of 7.
Use whatever is at hand: pasta, building bricks, cards. Have them build 3 rows of 4, then 4 rows of 3. When the child sees it is the same quantity, commutativity (3 × 4 = 4 × 3) becomes obvious, and the number of facts to memorise is nearly halved.
Anchor points: don’t learn everything by heart
Not all tables are equal. Some come almost for free and serve as anchor points to rebuild the others when memory fails:
- The 1, 2, 5 and 10 tables: regular, quickly recovered.
- The squares (2 × 2, 3 × 3… 9 × 9): children remember them well.
- Neighbours: 7 × 6 is 7 × 7 minus 7; 9 × 8 is 10 × 8 minus 8.
- Commutativity: if 4 × 8 is known, so is 8 × 4.
Active recall: testing beats re-reading
Re-reading a table ten times gives an impression of mastery, but self-testing is what anchors memory: ask the question, let them search, check. Cognitive science calls this the testing effect: the effort of retrieval strengthens memory far more than passive re-reading.
In practice: 5-minute sessions, no more, in random order, mixing new and already-known questions. And space them out: that evening, two days later, the following week. Five minutes a day for two weeks beats one hour the night before the test.
And when it gets stuck: defuse
A blank on 8 × 7 is not a failure, it is a chance to rebuild: “Do you know 8 × 5? And 8 × 2? So 8 × 7…”. A child who learns to recover a forgotten result has a safety net for their whole schooling: more precious than perfect recitation.
This is exactly how KAÏDO works on tables with your child: it asks questions in random order, leaves time to think, and when things get stuck, it guides towards the nearest anchor point instead of giving the answer. Screen-free, out loud, with the light on its sides celebrating successes, and you get the week’s summary in the parent app.
Frequently asked questions about tables
At what age are multiplication tables learned?
In France, multiplication is introduced around age 7, tables are built the following year and should be comfortably memorised by ages 9-11. Every child has their own pace: what matters is consolidating before middle school.
Should tables be learned in order?
For durable memorisation, no: reciting in order anchors the chant, not the facts. Once the table is understood, quiz in random order: random order is what proves (and builds) mastery.
How much time per day?
Short, regular sessions beat long ones: 5 minutes a day is enough, spacing repetitions over several weeks. Beyond 10 minutes in a row, attention drops off.
Are tablet games effective for tables?
Some drill effectively, but they add a screen to homework time and often reward speed over reasoning. Active recall works very well out loud: that is KAÏDO’s principle, without a screen.
Tables, every evening, without a battle.
KAÏDO practises tables out loud, in random order, and guides towards the anchor point when things get stuck, without ever giving the answer. Leave your email to hear what comes next.
€49 with 3 months of KAÏDO+ included