Times Tables Practice Sheet Generator

How to use it

Tick the tables you want, set the question count, and choose the format. Multiplication only is the place to start. Division reveals whether a fact is genuinely known or only recited forwards, and the missing-number format — 6 × ? = 42 — is the one that carries into algebra, because it is the same move as solving 6x = 42.

Answer on screen and press Check after each one. Every answer is marked immediately and timed, and the timer runs from the moment the question appears, so it includes reading and typing rather than pure recall. That is why the times are compared with each other rather than against any published standard.

When the set finishes you get a score, a median answer time, the drill list, and a table of every question with what was written and how long it took. The print button produces a paper sheet with the answer key on a separate page.

• Sequential order is for learning a table for the first time — the pattern is half the lesson.
• Shuffled order is for testing whether it is known, because sequence is a crutch.
• The timer is optional; without it the tool still records times but calls nothing slow.

How the drill list is worked out

The drill list, not the score, is the output that matters. Facts answered wrongly come first, ordered by how many times each was missed. Then come facts that were right every time but slow, ordered by median answer time.

"Slow" needs a definition, and the tool uses one of two, telling you which it applied. If you set a per-question timer, slow means slower than that limit. If you did not, slow means half again the median of this set — so it is measured against the student's own pace on the day, not against anyone else's.

The median is used deliberately. One interrupted answer of forty seconds would drag an average far enough to put an otherwise fluent fact at the top of the list, and a parent would then spend fifteen minutes drilling something that was never the problem. The list is capped at eight facts for the same reason: a list long enough to be comprehensive is one nobody finishes.

What it deliberately does not do

It does not compare your child with other children. There is no published, reliable benchmark for how quickly a nine-year-old should recall 7 × 8 on a browser, on an unknown device, with an unknown keyboard, and we are not going to invent one. Every timing figure here is relative to the same student in the same set.

It does not award a level, an age equivalent or a readiness verdict either. Those numbers look authoritative and are, in this setting, guesses.

It does not save anything. The set, the answers and the times live in the page while it is open and are gone when it closes — nothing is uploaded, so nothing is stored about a child. If you want to keep a record, print the sheet or write the drill list down.

Where students go wrong

The same few facts account for most errors, year after year: 7 × 8, 6 × 8, 7 × 9, 8 × 9, 6 × 7 and 12 × 8. They share a shape — no zero, no double to lean on, no obvious pattern — so they have to be held rather than derived. If they are on your drill list, that is the norm, not a warning sign.

The second pattern is a fact that is fast one way and slow the other. A student can produce 7 × 8 = 56 instantly and still stall on 56 ÷ 7. Switch the format to division and the gap shows up in the times before it ever shows up in a score.

The third is speed hiding a method. A child counting up in sevens gets the right answer and it costs three seconds instead of one. Nothing in a mark out of twenty catches that; the median time per fact does, and it is the honest signal that a fact is being worked out rather than recalled.