Enhance your students' multiplication toolbox by teaching them the lattice strategy for multiplication. Use this lesson as a standalone or as a prelesson to Multiplication Bingo: Two-Digit Numbers.

Students will create angles by folding construction paper, creating angle addition sentences, and then adding the sum of angles on their models.

This lesson focuses on facilitating a rich classroom discussion around the purpose and methods of rounding numbers up to the thousands place. It can be taught on its own or as support to the lesson Rounding with Number Lines.

Students will master multiplication with this inventive robot challenge! Your students will practice their math-fact fluency in this lesson plan.

Let's practice reading nonfiction texts! In this lesson, teach your ELs about identifying and describing text features. This lesson can be taught on its own or used as support for the lesson Formatting Text Features.

Your students’ organization and prewriting skills will shine as they introduce their topic, state an opinion, and list three supporting reasons.

Tie into what they already know! Use money to teach fractions in this engaging lesson.

We aren’t mind readers, but we can still figure out why the author wrote a text and what an author thinks about the topic! This lesson will teach your students the main purposes for writing.

Use this lesson to gauge your students’ basic comprehension of fiction text. If they can answer who, what, when, where, why, and how questions, you know they have a handle on it and it’s time to get into more critical thinking!

In this lesson, your students will think about situations that require them to calculate area. Use it as a standalone lesson or as support to the What Is the Area of Your Classroom? lesson.

Teach your students to use number lines as a strategy to multiply two single-digit factors.

Give your students practice creating models with fractions from recipes! Your students will build an appetite for learning all about fractions, while “filling” measuring cup models with different ingredients to represent fractions.