Super STEM activities

"Rainbows are fantastic displays in the sky. Aspiring scientists might spot one after a rain shower and wonder about the science that has made it form. This . . . title explains these important concepts and allows students to understand them firsthand through their own hands-on experiments! First students learn about key ideas of light and color with age-appropriate text that explains the color spectrum and reflections. Then explanatory text breaks down the scientific method that students use for their experiments. Each of the 11 activities features . . . illustrations that complement the step-by-step instructions. STEM concepts for each experiment are also provided, in addition to an explanation of the science that makes each possible--from creating a two-way mirror to trapping light"--Provided by publisher.

"When aspiring young scientists heat up one of their favorite meals or warm themselves by a campfire, they may wonder what invisible forces are at work. This . . . title will not only explain these forces but will also allow students to experience them! First . . . it explains key ideas of heat and energy, such as the three main ways heat travels. Then students are challenged to think like a scientist as they learn about the scientific method. Through this viewpoint, readers are then guided through 11 . . . experiments that range from a conductor contest to making ice cream in a bag at room temperature! Each activity features . . . illustrations, step-by-step instructions, and an explanation of important STEM concepts"--Provided by publisher.

"A future engineer may gaze up at an airplane soaring high above and wonder about the forces that keep it in flight. This . . . title will not only help young readers understand these forces, but also experience them firsthand in a safe setting! It begins by breaking down Newton's laws of motion. Then students learn to take on the mindset of a scientist for their experiments with an explanation of the scientific method. Illustrations and . . . step-by-step instructions then guide students through 11 experiments. These include creating a balloon-powered jet boat and a human gyroscope! Each experiment also features a description of the science that makes it possible"--Provided by publisher.

"While electricity and magnetism may seem like magic, there are concrete scientific ideas behind both that have allowed them to shape our modern world . . . breaks down key ideas including the movement of electrons and electromagnetism . . . challenges readers to analyze these concepts from the viewpoint of a scientist using the scientific method and hands-on experiments. Each activity features a list of needed items that include everyday materials, easy-to-follow instructions with . . . illustrations, and . . . text that explains the STEM ideas behind the results of each experiment"--Provided by publisher.

Budding scientists and meteorologists have likely heard about how climate change is shaping their world, but they may have questions about the science behind it. This informative title has answers! First, explanatory text breaks down important concepts including solar radiation and air pressure. Then readers learn about the importance of experiments to the scientific method. Armed with this knowledge, students can then dive into 11 hands-on activities with compelling step-by-step directions, detailed illustrations, and STEM concept connections. These activities utilize everyday items such as plastic wrap and measuring cups, but allow students to simulate weather events including the creation of clouds and flooding. Complete with a glossary to boost reading comprehension and a section to find further information, this text is sure to inspire students to continue learning about the weather events that affect their everyday lives.

It?s often said that music can soothe the soul. Budding young scientists may wonder how the sounds that make up their favorite music work. This exciting title has the answers! It not only explains key ideas involving sound waves including wavelength and frequency, but it also features activities that allow students to experience what they are learning! First students are instructed to think like scientists using the scientific method. Then they must gather the materials needed for each experiment, which mainly consist of household items such as a pencil and pen, a rubber band, a bucket, and a ruler. Helpful illustrations and age-appropriate instructions then guide readers through each step in the experiment and in learning important STEM concepts. A further information section and a glossary also make this title a valuable addition to any aspiring scientist's curriculum!.