In this 5th grade division unit, students will take their understanding to the next level by applying division skills with multi-digit numbers. Students will also begin to explore division with decimals and practice using estimation to check the reasonableness of their answers. Last, students will use their knowledge of the base ten number system to divide decimals by base ten exponents (i.e. .4 ➗ 104).

Calculating the volume of rectangular prisms is a new skill that is introduced in 5th grade. Students will apply mathematical formulas to find the volume of different kinds of figures and also determine the volume of a figure composed of two connected rectangular prisms. Learners will also work with other kinds of measurement when they make larger or smaller versions of figures (to scale) and learn to convert measurements.

This unit not only builds students' vocabulary, it also enables students to explore how words are related, in meaning, sound and construction. Learners will also discover some of the ways words are constructed using derivational root words, prefixes, suffixes, and compound words. Students will also learn strategies we use to shorten words and phrases like acronyms and abbreviations.

Understanding data and graphs is a critical skill that we use on a regular basis to read news articles, reports and other media to interpret information. In this unit, students investigate data collection, data organization and visual representation in different kinds of graphics (i.e. line plots, pie charts). Learners also apply concepts of probability and statistics to analyze data.

Verbs do a lot of the heavy lifting in good writing. Understanding the different kinds of verbs and how they are used enables students to write more compellingly. Students will explore how tenses work and how they must agree with and sometimes work together with other words in the sentence. Students will also learn about adverbs, the "sister" part of speech that enhance, or modify, verbs.

The home row refers to the center row of a keyboard. New typers use the homerow as a point of reference for how to position their hands when they are using a computer. This lesson will help your students learn how to type letters in the home row with accuracy, fluency, and even a little bit of fun.

This typing lesson helps kids practice typing using keys in the top row of a computer keyboard. Using a series of interactive exercises, kids will gain confidence typing top row keys with speed and accuracy. Encourage your students to become more independent computer users with this top row typing lesson.

Looking for more bottom row keyboarding practice? Repetitive practice will help your children develop muscle memory! These bottom row keyboarding games slowly integrate symbols to help your child create complete sentences. To end the lesson, children will get to combine all the letters from every row to make words!

This geometry unit engages students in analytical thinking as they learn about the properties of two dimensional figures and consider the different ways they can be sorted based on those properties. Students also learn to plot points, lines and shapes on a coordinate graph.

Learning to add single-digit numbers is a highlight of the kindergarten math curriculum. You can support addition fluency with this guided lesson that takes kindergarteners through an understanding of values. Kids will learn with focused instruction and practice that by putting numbers together, they get a new number. When the lesson is over, kids can continue practicing addition with our accompanying worksheets.

1, 2, 3, go! Help your child beat their words per minute game after game with these typing numbers games. Using the numbers at the top of the keyboard, your students will get lots of practice integrating numbers into their sentences and paragraphs. Try practicing these games with the numerical keyboard for a fun challenge!

Fractions can be challenging when taught in an abstract way. That’s why this unit invites learners to engage with fractions and mixed numbers in very visual and concrete ways using number lines, tape diagrams and area models. Students will learn different strategies to practice identifying and generating equivalent fractions.