Change is inevitable, even for story characters! In this lesson, your students will determine how a character changes throughout a story by focusing on the character’s dialogue and actions.

Ever wondered how to explain what an index is to a 6 year old? Look no further! Use this engaging lesson to help your students become text feature experts.

In this lesson, students will construct their own number lines and bar models to find equivalent fractions.

Help your students make sense of the commutative property of multiplication by relating it to arrangements of cars in parking lots.

In this scavenger hunt lesson, students will look for rectangular arrays within their school environment. Whether it is a set of cubbies or windows, students will see that arrays are all around us.

Refresh students on the relationship between decimals and fractions when they multiply to find the area! They will find the area of a location in a picture by converting mixed numbers to a decimals and then using the area equation.

Roll some dice to introduce the early concepts of associative and commutative properties in addition by composing and decomposing 10. Worksheets and a quiz are included!

Getting ready to subtract fractions? This lesson reviews how to subtract like denominators and teaches students how to subtract unlike denominators. The focus is on understanding the process and reasoning behind each step.

Your students become masters at character analysis as they learn how to describe fictional characters by identifying traits and providing concrete evidence to support their thinking.

That’s right! The theme applies to everyone! Use this interactive lesson to teach your students how to find the theme of a fictional text.

Take your students' division skills to the next level with division word problems! These word problems will focus on the part-whole model and connecting the strategies to students' prior knowledge.

How well do your students know decimals? In this lesson, introduce your students to decimal multiplication using models.