Many students struggle with math not because of computation, but because they don’t know where to start. Learn how Structures of Equality (SoE) helps students decode word problems and build confidence in problem-solving.

Most kids don’t struggle with math because they can’t do the calculations—it’s because they don’t fully understand how numbers work together. SoE changes that by helping students see the bigger picture: how numbers break apart, how equality actually works, and why units matter.

Two educators. One goal: help students understand word problems. Discover how the Structures of Equality (SoE) framework came to life, and why it works.

Sometimes it feels like your students are playing a guessing game when it
comes to number stories. Learn how SoE helps them understand and the research that
backs it.

Ever notice students try to sneak counting on their fingers? Many kids have been told not to. Here’s why they actually should.\

Memorizing math facts to ten is helpful, but understanding them is even better. The Parts Equal Total (PET) structure helps kids see number relationships instead of isolated facts, making math more intuitive.

The best math test prep isn’t about last-minute drills; it’s about giving students strategies to access what they already know. A simple way to help students feel more prepared and confident on test day.

Anchor charts in your math classroom help make abstract concepts more accessible. They also increase retention and help promote independence.

Are your students struggling with the PET structure? Use manipulatives and visual representations to gradually build their confidence and understanding.

Estimation uses number relationships to build reasoning. Strategies like close comparisons, focusing on ‘less,’ and warm-ups increase problem-solving skills.

The Compare structure helps students make sense of ‘more’ and ‘less’, building sense-making and mathematical reasoning skills.

See how REG and Math Practice Standard 2 work together to help students comprehend word problems, bridging abstract reasoning and real-world problem solving.