Multiplication chart generator
Print a clean reference chart for the wall or a folder, or blank some cells and turn the same chart into a practice task.
Ready-made charts
One click sets the chart up. Print straight away, or change the size and highlight.
How to use a chart well
A multiplication chart is a reference, and references do not build recall on their own. The most effective use is as a checking tool: the child works the fact out, then checks it. That way the chart confirms rather than replaces the thinking.
Patterns worth pointing out
- The diagonal is the square numbers — 1, 4, 9, 16, 25 and so on. It is also the mirror line: everything above it is repeated below.
- The nines have a digital-root pattern. The digits of every multiple of nine add to nine, which gives children a self-check that costs nothing.
- The fives end in 0 or 5, alternating.
- The twos are the even numbers in order — the easiest row to see the structure of.
The one fact to over-practise
8 × 7 = 56 is the multiplication fact children miss most often. It has no shortcut — it is not a five, a nine, a ten or a double — so it needs deliberate repetition rather than a trick.
Printing
- The chart scales to the paper width, so a 10 × 10 chart prints noticeably larger than a 20 × 20 one. Choose the size that will actually be read from where it is going.
- Highlighted cells and blanked cells both print in light grey rather than colour, so they survive on a photocopier.
- Print at 100% scale to keep the cell borders even.
Questions
What is the difference between a chart and a table?
Nothing meaningful. A multiplication chart and a times table grid are the same thing — a square grid where the row and column headers are multiplied. Some publishers use “chart” for the full grid and “table” for a single row, which is how the pages here are organised.
Why blank out cells?
A blank chart turns a reference into a task. Blanking 50% gives a pupil a mostly-complete chart to finish, which is far more useful than copying a complete one out. Blanking 100% gives you an empty grid for a test.
Should the chart go up to 10 or 12?
Ten is the traditional times-table limit in the US; twelve is more common in the UK and in clock work. Going to 20 is useful for spotting patterns but is too dense to memorise.
Why highlight a single table?
Because a highlighted row and column makes the commutativity visible: the 7s appear as a row and as a column, and children can see that 7 × 8 and 8 × 7 land on the same cell.