416 students told us where they use numeracy, how confident they feel with numbers and data, and what helps them learn. Here is what they said.
student responses across grades
can give examples of numeracy in at least two different subjects
agree they can interpret graphs, charts, or tables in class
agree their teachers help them see how numeracy connects to each subject — 38% are neutral
“How often do you use numeracy skills like measuring, comparing, interpreting data, and estimating in the following subjects?” — sorted by Often + Very often.
How students describe themselves as problem-solvers. Percentages on the right show combined Agree + Strongly agree.
Students are most confident reading graphs and spotting patterns; the lowest-agreement statement is about teachers making numeracy connections visible.
This question used a different scale (Always / Often / Yes / Sometimes / No); shown with its original labels.
“I can give examples of numeracy in at least two different subjects.”
340 of 412 students said Yes; 72 said Not Yet.
Nearly 400 students answered each open-ended question. Responses were grouped by theme; one response can mention several themes. Bars show the number of responses mentioning each theme.
401 responses · subject areas mentioned
391 responses · supports mentioned
384 responses · suggestions mentioned
In foods, we have to measure ingredients. There is a lot of numeracy in foods because sometimes you have to adjust the recipe or measure in a different way.
I had to use my numeracy skills in woodworking (ADST) while making a design prototype. I had to measure and cut out identical pieces for the build.
I used numeracy in English 10, when we had to survey and analyze the responses on a Google Forms response.
I feel more confident when I see examples first and then practice similar questions. Step-by-step explanations and checking my work also helps.
I feel more confident with numbers when I take my time, break problems into steps, and double-check my work.
Working with peers often helps me understand things or subjects better.
Teachers could show more real-life examples and explain how math is used in other subjects like science and social studies.
Point out the similarities to math and how there’s a correlation.
Explain it more — they don’t explain much of numeracy connections in non-math classes.
Three DP-focused questions were answered by roughly 90 students. These were free-text questions, so answers were coded into categories; a number of respondents were not in the DP (or skipped), which is shown honestly below.
We use numeracy to calculate percent uncertainty and percentage errors from other scientific literature.
For my practice math IA, I compared a real-life picture of a hanging chain to a quadratic graph. I plotted points to create a parabola based on the image, then analyzed its accuracy.
I calculated the concentration of medicine in blood as time goes by. I made connections between math and biology.
My TOK Exhibition was based on Rubik’s Cubes and the math behind it.