Make division come to life with this hands-on, introductory lesson on the operation of division! Students will use authentic problems and manipulatives to experience division in action.

Help your class grasp the concept of "main idea" with this fun, hands-on lesson. Students will dive into mystery bags full of supportive detail clues to determine the main idea of each bag.

This lesson introduces young learners to prefixes. It also gives them hands-on experience with building words using prefix and root word cards.

Your students will practice data collection and graphing while learning more about each other. Your data scientists will craft a survey question, collect data from the class, and then create a bar graph to represent their findings.

Use this lesson to teach your students how to retell the beginning, middle, and end of a story using sequencing words and phrases. This lesson can stand alone or be used as a pre-lesson for the Story Structure Rollercoaster lesson.

Young learners will love finding the main ideas in short informational texts. Featuring a bunch of fun worksheets, this lesson will help students learn about different topics while improving their reading skills.

Students will learn how to identify story elements and create a short and sweet summary. They will fill out a graphic organizer and solidify their understanding by creating illustrations to show major plot points that they find themselves!

Pop, whoosh, ding! Onomatopoeia is a writing technique that makes text come alive. In this lesson, students will learn about onomatopoeia, and apply it to their writing process to create poetry, as a class and individually.

How are plants’ traits affected by environmental factors? In this integrated science and reading lesson, students will use multiple sources to identify and determine how traits are influenced by the environment.

Help your students get creative as they apply multiplication skills to find the area of a community garden of their own design! In this lesson, students will practice finding the area of a rectangle within a real-world context.