Students can write an equation and still miss what the story says. Learn how to help them check it against their structure, with examples in first, third, and fourth grade.

A student rereads the same three lines of a word problem, over and over, and eventually just stops. She’s not lazy; her working memory is full. This post breaks down why structure, not more repetition, is what actually frees up space for kids to think.

Repeated Equal Groups is supposed to show understanding, not produce answers. Except sometimes, the drawing does both at once. Here’s when that happens, and how to make sure it stays about comprehension.

A 12-second pause in a classroom video clip changes everything. See what happens when we protect a student’s thinking time instead of letting another student jump in.

Some students make it all the way to third grade looking like they’ve got it. Then multiplication shows up and everything falls apart. Here’s why, and what the gap actually is.

The right answer doesn’t tell you whether a student understands. Student-drawn models do. Here’s what to look for and how to respond

Writing an equation from a Repeated Equal Groups model is possible but only after students understand what the structure is showing. Here’s how to make that connection explicit.

The Compare structure doesn’t just show the relationship; it shows the equation. Here’s how to help students see what’s already there before they write anything down.

Do your students struggle to write equations from models? Here’s how to help them translate.

The questions we ask during word problems shape how students think about math. Here’s what to ask instead and why it changes everything.

Most teachers ask the same questions during word problems: “What operation do we use?” or “Are there any keywords?” These questions feel helpful. But what if they’re pulling students away from the very understanding we’re trying to build?

Numberless word problems are powerful, but fully removing numbers isn’t always the right move. Learn 4 approaches that keep students focused on the relationship, not the calculation.