This book explains the various methods of scientific tools, including measurement, models, and tools that extend our senses, and how these scientific tools are changing.
This book discusses notable construction projects, the techniques used to build them, and related math concepts.
Take an in-depth look at mathematics in this science encyclopedia.
Young investigators will discover what happened to their favorite playground equipment in the text, El caso del parque infantil (The Jungle Park Case). By analyzing footprints, fingerprints, and tire tracks, students will understand how useful gathering information and analyzing data are to solving problems. With a glossary, an index, dynamic images, age-appropriate content, and easy-to-read text, students will build their math and reading skills while they are engaged in reading high-interest topics.
Learn how to read and construct statistical graphs and prepare for a concert! This fun story will engage readers as they master bar graphs, circle graphs, line graphs, histograms, and line plots. This engaging title features eye-catching images, exciting practice problems, easy-to-read text, STEM themes, clear mathematical charts and diagrams, and an accessible glossary and index. This title shows how simple, useful, and fun statistical graphing can be! Students will feel encouraged to see how they can use graphs to plan events of their own!
Learn about measures of central tendency while following the lives and work of hurricane hunters! This engaging title teaches readers about the instruments that hurricane hunters use and encourages them to analyze the data that these instruments collect. With these exciting examples, readers will be able to master mathematical statistics, measures of central tendency, mean, median, mode, range, and more! This title features vivid images, exciting practice problems, easy-to-read text, STEM themes, clear mathematical charts, and an accessible glossary and index.
Learn about measures of central tendency while following the lives and work of some brave individuals--tornado chasers! This exciting title teaches readers about the instruments that tornado chasers use, encouraging them to analyze the data that these instruments collect. With these exciting examples, readers will be able to master mathematical statistics, measures of central tendency, box plots, mean, median, mode, and more! This title features eye-catching images, exciting practice problems, easy-to-read text, STEM themes, clear mathematical charts, and an accessible glossary and index.
This engaging title tells the story of two different ecosystems--the declining fish population in the Claymount Stream and the declining number of birds in the Mainsville Woods. These stories show prime examples of predicting causes, collecting data, and making conclusions and problem-solving solutions. Not only will children practice collecting data and making predictions, but they will also learn about ecology and STEM themes. The interesting stories, vivid images, easy-to-read text, clear mathematical charts and diagrams, and accessible glossary will keep readers engaged and confident that they can learn to analyze data to solve these problems and many others!
Explore estimation theory and geophysical predictions by learning about seismologists, volcanologists, and meteorologists! This exciting title showcases the importance of predicting and preparing for disasters in order to save lives. Volcanologists test gases on a volcano to predict eruptions! Meteorologists use Doppler radars to predict tornadoes! These data collectors use estimation in order to do this. Readers can use sample problems to practice estimation with the help of easy-to-read text, clear mathematical charts and diagrams, and an accessible glossary. This title encourages children to improve their problem solving and STEM skills.
Using the fun, interactive world of Minecraft and key concepts in STEAM, two teachers developed the Minecraft and STEAM series to be used in and out of the classroom. In Minecraft and STEAM, students discover that Minecraft isn't just a game, it's a tool that can be used to learn about real-world science, technology, engineering, art, and math. Patterns and Numbers in Minecraft: Math focuses on math but includes other STEAM concepts in the sidebars. Includes table of contents, glossary, index, sources for further reading, and an extension activity.
What happens to the environment when a drought occurs? What are some of the causes of droughts? What can people do about the problems caused by droughts? How can you use your math skills to learn more about droughts? Read this book to find the answers to these questions and learn more about droughts.
Practice solving equations and inequalities while learning about land animals from all over the world! Readers will learn interesting facts about earth's land animals, discovering how zoologists use variables to solve equations and inequalities and answer questions about these animals. Fun examples allow children to become familiar with functional equations, equivalent equations, inequalities, and algebraic expression. Featuring eye-catching images, exciting practice problems, easy-to-read text, STEM themes, clear mathematical charts and diagrams, and an accessible glossary and index, this title will engage students and simplify advanced mathematical concepts!
Easy to follow three-dimensional makerspace projects, including 3D printing, for library, classroom and home.
This books describes the process used to develop transportation methods and describes the ways each STEAM field is involved in the process.
A helpful guide for understanding the mathematical concepts and real-world applications of algebra, including classroom tips, common terms such as coefficients, and exercises to encourage hands-on practice.
A helpful guide for understanding the mathematical concepts and real-world applications of measurements, including classroom tips, common terms such as volume, and exercises to encourage hands-on practice.
A helpful guide for understanding the mathematical concepts and real-world applications of graphs and diagrams, including classroom tips, common terms such as variables, and exercises to encourage hands-on practice.
A narration of the origins, advancements, and future of the formal sciences, including mathematics and computer science, and the ways in which scientists utilize the scientific method to explore questions.
Learn how designers work with two-dimensional and three-dimensional shapes, measuring their surface area, volume, diameter, and radius, to create great package designs! Students will learn about familiar package designs while practicing their own measurement and STEM skills. With familiar images, easy-to-read text, simple practice problems, and clear mathematical diagrams, this title will leave readers more confident in their measurement skills while showing them how mathematics affects them and the products that they use every day!
Practice measuring surface area and volume while following the story of a family as they pack and move into a new house! Understanding how to measure two-dimensional and three-dimensional shapes by radius, diameter, surface area, and volume can make packing a much easier, more efficient process! This title encourages readers to practice their measurement skills and shows them how they can put these skills to use outside of the classroom. With the help of familiar images, easy-to-read text, simple practice problems, and mathematical diagrams, readers will be able to improve their developing mathematical and STEM skills in a practical, useful way!
Learn how architects and designers use perimeter and area to make famous works of art! In this vibrant title, readers will continue to develop their geometry skills, reviewing topics like dimensions, irrational numbers, polygons, and measurement. With the help of eye-catching images, easy-to-read text, simple practice problems, STEM topics, and clear mathematical diagrams, readers will feel confident in their ability to measure perimeter and area in useful ways!
Write, simplify, and evaluate algebraic expressions to explore how quickly germs can spread! This informative title teaches children all about germs and how they spread, encouraging healthy habits, while allowing them to practice algebraic expression, exponential form, and distributive property. With eye-catching images, easy-to-read text, related practice problems, clear mathematical diagrams, STEM themes, and an accessible glossary and index, this book gives readers the necessary tools to feel comfortable writing, simplifying, and evaluating expressions!
Learn how scientists use algebraic expressions to explore the growth of amoebas, euglenas, and bacteria! This informative title challenges readers to master new mathematical concepts like algebraic expression and exponential form. After learning about the microscopic creatures that scientists study, readers can complete related practice problems to familiarize themselves with algebraic expressions. Featuring easy-to-read text, related practice problems, mathematical diagrams, STEM themes, and a glossary and index, this book gives readers the necessary tools to feel comfortable writing, simplifying, and evaluating expressions!
Learn how volume helps aquarium designers figure out everything from the shapes and sizes of tanks to how much water is needed to fill them. Calculate volume to figure out how much food the animals at the aquarium need! With vibrant photos, math charts and diagrams, grade-appropriate text, and informational text features to help navigate the text, students will learn practical, real-world applications of math skills as they learn volume and build their STEM skills.
Did you know that angles are at the center of great basketball strategies? Angles are also a part of dribbling, shooting, passing, and rebounding the ball. Predicting angles can help you become a better basketball player! With vibrant photos, math charts and diagrams, grade-appropriate text, and informational text features to help navigate the text, students will learn practical, real-world applications of math skills as they are introduced to the concept of angles, and build their STEM skills.
