Students will practice separating words into syllables and determining if those syllables are open or closed. Through the use of word sorts, whiteboard assessments, and more, your students will have fun while learning this skill!

Students will get lots of editing practice in this lesson! After reviewing basic editing symbols, students will edit provided stories and a partner’s work. Student will also learn about editing tools used in word processing.

What's the unknown? In this lesson, your students will become familiar with strategies that can help them solve for the unknown factor in multiplication problems.

Help your students spring into action with contractions! With this lesson, your students will create contractions from the words will, not, and have. With a focus on spelling and word structure, they will be empowered to use contractions.

It is not only important for students to recognize words with prefixes, but also be able to choose the right prefix for the base word. In this lesson, students will work in groups to come up with as many words as possible with particular prefixes.

Invite your students to join the search for suffixes! In this lesson students will locate similar words that have gone through a suffix transformation. In addition to the mechanics, students will explore the meaning behind each word!

In this interactive lesson that includes the use of clock manipulatives, students will discover that addition goes beyond straightforward addition problems. Finding the elapsed time is easy with addition!

Let students stretch their problem solving skills in this lesson that teaches them how to solve problems where one-digit numbers are multiplied by multiples of 10.

It’s time to learn a new strategy! Teach your students to use the partial quotients strategy to solve long division problems with one-digit divisors and no remainder.

Learn how the languages of people indigenous to North America have contributed American English. Each student will research a word derived from an indigenous language and design a page for a class book featuring up to 30 indigenous words.

Dizzily divide! This exciting spin on Duck, Duck, Goose will surely have students daringly “dizzy” as they solve division problems.

Using base ten blocks, cards, and clear cups, your students will practice the concept of borrowing for subtraction problems in this lesson.

Being able to step into another's shoes can support healthy relationships and compassionate young people! Students will be able to define the word "empathy." They will discuss different scenarios and perform skits that illustrate empathy.

Teach your class to develop strong inferencing skills by focusing on clues and hard evidence. In this lesson, students will play a game of “What’s for Breakfast?” to help them link context clues with word meaning.

Teach your students that grammar rules are not all set in stone and that there are always word types that shake things up! In this lesson, your students will form the past tense of irregular verbs.

In this lesson, students will learn the term "troubleshooting" and practice solving problems using both tangible and virtual tools.

Introduce your students to area and teach them to use the formula Area = Length x Width within the context of real world problems.

In this lesson students will complete an activity called "Raise Your Hand If You..." and be able to define the word “assumption.” This lesson supports the practice of compassion for oneself and others.

Teach your students to confidently follow the steps of regrouping in subtraction problems. Use this as a stand alone lesson or alongside Regrouping with Popsicle Sticks: Double-Digit Subtraction.

Teach your students to subtract mixed numbers with like denominators using the strategy of decomposition. This strategy helps students to manipulate and break down numbers to help them solve tricky subtraction problems.

Verbs are the only kind of word that have tenses. Some of them are standard and easy to learn, while others are irregular and tricky. This lesson will review verb tense changes that follow the regular pattern and those oddballs that don't.

Words can uplift others, but they can also cause harm. In this lesson, students will hear the story Desmond and the Very Mean Word, and they'll discuss the power of positive and negative words in friendships, school, and community.

Use this lesson to help your ELs understand main idea and supporting details. They'll analyze non-fiction word, sentence, and paragraph structures. It can be a stand-alone lesson or a support lesson to the In Search of Main Ideas lesson.

If you've ever had something go wrong, you know how it feels to search for a solution! Use this lesson to teach your students to identify problems and solutions in fictional text.

Get your students moving while practicing their multiplication facts! Bring an old favorite to the classroom as students move about and work problems out. This is a fun way to incorporate movement and learning with a twist.

Students will practice mental math and harness their discussion skills through addition problems of like mixed numbers. This lesson may be used on its own or as support for the lesson Adding Mixed Numbers Using the Decomposition Strategy.

10, 20, 30, and up! In this lesson, students learn strategies for multiplying one-digit numbers by multiples of ten (10 through 90) through practice problems and playing a fun, hands-on game.

Get your students comfortable with discussing multiple strategies to solve subtraction problems with this lesson on two- and three-digit subtraction. It may be taught independently or as support for the lesson Subtraction with Regrouping.

Help your students discover the power behind base ten drawings! Regrouping is a challenge for many students, but with this hands-on lesson, your students will be empowered with a new strategy to tackle difficult regrouping problems.

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.