Suzanne Barchers – författare

Energy comes from many sources. It comes from the sun, wind, water, and more. Learn all about energy and how it works in daily life. Colorful images pair with easy-to-read text to keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity to show children how energy transfers. A helpful glossary and index are also included for additional support.

We experience friction all around us! When you move, you use kinetic energy. Friction slows down kinetic energy. Learn how friction helps us every day. Vibrant images pair with easy-to-read text to keep students engaged from cover to cover. This reader also includes instructions for an engaging science activity to further students' understanding of friction. A helpful glossary and index are also included for additional support.

There are many types of energy. From potential energy to kinetic energy, electrical energy to mechanical energy, energy is constantly changing from one form to another. Learn how energy powers our world in this exciting physical science book. Colorful images and fun facts paired with age-appropriate text will keep third-grade students engaged from cover to cover! Featuring a hands-on "Think Like a Scientist" lab activity that is aligned to the Next Generation Science Standards, this book helps students apply what they've learned in the text and supports STEM instruction. Helpful diagrams and text features, such as a glossary and index, are also included to improve content-area literacy.

Energy literally makes the world go 'round. Without it, nothing would live, move, or react. While energy cannot be created or destroyed, we rely on it to change form when we warm our hands with a cup of hot cocoa, ride a roller coaster, and digest our food. From potential to kinetic and electrical to chemical, become an energy expert through this engaging physical science book. Fifth-grade readers will learn all about the first and second laws of thermodynamics; energy transformations; movement of thermal energy through conduction, convection, radiation; and more through this high-interest informational text filled with vibrant photographs. Aligned to the Next Generation Science Standards, a hands-on "Think Like a Scientist" lab activity and a "Your Turn" page at the end of the book support STEM Education and provide young scientists with an opportunity to apply what they've learned in the text. Helpful diagrams and text features, such as a glossary and index, are also included to reinforce content-area literacy and improve close reading.