The standard math word problem has a structure everyone recognizes. A farmer harvests some rice. A diver descends to some depth. A family buys some quantity of organic produce at some price. The scenario is invented to carry the numbers. The person is a prop.

What happens if the person is real?

Areeya farms organic rice in Sisaket Province, Thailand. She has spent years teaching neighboring farmers about soil health and helping them navigate the three-year process of becoming certified organic. The math problems in her story come from her actual work: calculating rice yield per rai of land, working out production costs per kilo, figuring out how long a pesticide's half-life leaves residue in the soil.

Those are not word problems. They are Areeya's problems. And that difference turns out to matter.

why context changes everything

Sue Totaro is a district math specialist in New Jersey who has worked with reweave across West Windsor-Plainsboro Regional School District. She has watched what happens when you put a real human story in front of a learner before the math appears.

It's difficult for students to solve word problems when they don't understand the context of the world. The wordless video creates the story for them. They can then take the mathematics out of that story, work with the numbers in a purposeful way, and then put them back into the story.

Sue Totaro, district math specialist — more from Sue Totaro

That phrase -- decontextualize it, work with the numbers, then put them back -- is worth sitting with. Most math instruction only does the middle part. You pull the numbers out, you work with them, and you stop there. The original context was fictional anyway, so there is nowhere to put them back to.

When the context is real, the return trip is possible. What does 1,410 baht per day mean for Areeya and the farmers she supports? What does it mean if the market price for paddy rice doubles? The numbers now have a world to go back to.

who is not in the numbers

There is something else Sue Totaro names directly, and it deserves its own space.

Not every child is represented in the world of mathematics. Students of color are systemically kept out of the world of mathematics. We don't see enough girls still in the world of mathematics. So allowing students to see through the lens of authentic world problems gives them the opportunity: okay, this is why I do math.

Sue Totaro — hear Sue on humanizing math

This is not about adding diverse faces to a textbook. It is about whose world gets to be the source of mathematical meaning. When the person in the story is real, and their life generates the numbers, learners who have never seen themselves in a math problem can find a foothold. The math is not mine, but this person's world is real, and that world contains math, and I can move inside it.

That is a different relationship to a subject than "I was told to learn this."

what this looks like with specific stories

Norma makes tortillas by hand in her home kitchen in Texas. Her granddaughter watches everything. The math in her story involves ratios, scaling recipes, and the economics of producing food at different scales. These are genuine calculations from a genuine practice.

Diana lives near a refugee camp on the Thailand-Myanmar border. Her story raises questions about distances, time, and what it costs to move between places. The math is inside a life, not stapled onto it.

The wordless film opens each story before a word is read. By the time the math problems appear, the learner has already spent time watching the person whose life they come from. The numbers are no longer abstract.

on curiosity and calculation

One learner described the experience this way: "It's not like a problem where you do something and you're like, you never know what again. This -- it actually works. You actually do this in your real life. It makes it more interesting to do."

That is a learner describing motivation. Not understanding of a procedure. Not mastery of a standard. Motivation -- the sense that this is worth doing because it connects to something real.

a real math classroom connecting slope to a person's daily trek to reach water · 4:23 · more lessons in action

Tony Wagner argues that motivation matters most, more than content knowledge, more than skill in isolation. A learner who is motivated will keep developing skill and knowledge long after any course ends. A learner who is not motivated will stop the moment the assessment does.

Math with a real person in it is not a trick to make math more palatable. It is a way of giving math a reason to exist in the learner's mind beyond the test. That reason turns out to be quite durable.

For more on Sue Totaro's approach to humanizing math, see /sue-totaro and /humanizing-math. For real-world math across the library, see /math and /real-world-math.