Help your students get the hang of homophones with this vibrant language lesson. Your little learners will have a blast watching interesting videos and showcasing their knowledge by completing worksheets.

Mad scientists! In this lesson, your students will explore electrical circuits and engage in a hands-on activity to create them. They will identify the differences between parallel and series circuits.

Fractions can be tricky, but looking at them visually can help your students understand them. This lesson will help students with equivalent fractions, number lines, and making real world connections.

This lesson will have your EL students exploring characters' dialogue and actions to determine their personality traits! Use it on its own or as a support lesson.

If your students are screaming, make sure they are grammatically correct! In this pronoun lesson plan, your students will identify and use a variety of pronouns to replace common and proper nouns.

Give students a chance to experience a different point of view! This fANTastic lesson on narrative style turns young readers into characters of Chris Van Allsburg's Two Bad Ants.

In this lesson, students are asked to cite the text for evidence as they make an inference in a nonfiction text. It can be taught on its own or used as a pre-lesson to Inferences in Nonfiction Texts: Cesar Chavez and Farmworker Rights.

While memorization is important when it comes to multiplication facts, a foundation of understanding is key, too! Use this lesson on its own or as a pre-lesson for Hands-On Multiplication.

Making mistakes helps us learn! Your students will flex their analytical muscles to pinpoint errors in multiplication problems using arrays. Use the lesson on its own or as support to Base Ten Arrays for Multi-Digit Multiplication.

Get your students thinking about how the number line and the word problem are related! Use this lesson alongside Get There On Time: Elapsed Time Word Problems or on its own.

The ability to analyze the component of a word problem is an important foundation for young mathematicians. Use this as a stand alone lesson or alongside What's the Problem?