Books in Making Things Work series

What kinds of everyday objects use levers? What do pulleys do? Questions such as these are answered in this age-appropriate text about the science behind levers and pulleys, which is a essential physical science concept. Fact boxes, informative diagrams, and vivid, full-color photographs add extra insight, appealing to budding scientists who are curious about machines and the parts that make them function. Readers are exposed to STEM topics in a fun and relatable way as they are encouraged to see science in action in their everyday lives.

What are switches used for on specific machines? Why are circuits needed to power certain devices? Questions such as these are answered as readers explore the science behind switches and circuits. Readers are given basic examples of these devices, along with simple scientific explanations of how they work. The well-researched text, detailed diagrams, and helpful fact boxes contribute to making this common science curriculum topic easily understandable for young learners. The vibrant, full-color photographs also give sharp visual depictions of the STEM concepts mentioned in the text.

What is an axle, and how does it work with a wheel? Readers are introduced to this STEM concept through clear and accessible main text, which encourages curiosity. The workings of a wheel and axle is an essential physical science curriculum topic, and it is presented to readers in a creative and relatable way that is meant to appeal to budding scientists and mechanics while also engaging reluctant readers. In addition, helpful diagrams, informative fact boxes, and vibrant, full-color photographs enhance this exciting reading experience.

Batteries and bulbs are found in many household devices, such as radios, lamps, portable video games, and other everyday objects. How do they work? This age-appropriate and accessible main text helps readers to develop a deeper understanding of the science of batteries and bulbs. These STEM concepts are presented to readers in a way that encourages their interest in common science curriculum topics. Eye-catching, full-color photographs, informative fact boxes, and detailed diagrams work together to appeal to those who are inquisitive about how the objects work in the world around them.

Get your brain into gear and switch on to science! These technical titles will get you buzzing as you find out what makes a bell ring, a circuit connect, and a motor move. We've levered in loads of facts and figures to pull you into a whole world of amazing design technology. It's all around you from your doorbell to your dishwasher! All these mechanical marvels and more are revealed in Making Things Work.

What is an axle, and how does it work with a wheel? Readers are introduced to this STEM concept through clear and accessible main text, which encourages curiosity. The workings of a wheel and axle is an essential physical science curriculum topic, and it is presented to readers in a creative and relatable way that is meant to appeal to budding scientists and mechanics while also engaging reluctant readers. In addition, helpful diagrams, informative fact boxes, and vibrant, full-color photographs enhance this exciting reading experience.

Get your brain into gear and switch on to science! These technical titles will get you buzzing as you find out what makes a bell ring, a circuit connect, and a motor move. We've levered in loads of facts and figures to pull you into a whole world of amazing design technology. It's all around you from your doorbell to your dishwasher! All these mechanical marvels and more are revealed in Making Things Work.

Batteries and bulbs are found in many household devices, such as radios, lamps, portable video games, and other everyday objects. How do they work? This age-appropriate and accessible main text helps readers to develop a deeper understanding of the science of batteries and bulbs. These STEM concepts are presented to readers in a way that encourages their interest in common science curriculum topics. Eye-catching, full-color photographs, informative fact boxes, and detailed diagrams work together to appeal to those who are inquisitive about how the objects work in the world around them.

What are switches used for on specific machines? Why are circuits needed to power certain devices? Questions such as these are answered as readers explore the science behind switches and circuits. Readers are given basic examples of these devices, along with simple scientific explanations of how they work. The well-researched text, detailed diagrams, and helpful fact boxes contribute to making this common science curriculum topic easily understandable for young learners. The vibrant, full-color photographs also give sharp visual depictions of the STEM concepts mentioned in the text.

When a bell rings or a buzzer goes off, it often serves as a reminder to complete a certain task or directs our attention to something that needs to be done. Readers learn about the various functions of bells and buzzers and how they operate throughout this detailed main text, which explores essential science curriculum topics. In addition, informative fact boxes, comprehensive diagrams, and eye-catching, full-color photographs encourage young learners to become interested in STEM concepts and develop a deeper appreciation for the science at work all around us.

Several different modes of transportation, such as trains, planes, and cars, need motors and gears to properly run. Motors and gears also power many other machines. Throughout this age-appropriate text, which places emphasis on common science curriculum topics, readers are exposed to various devices that utilize motors and gears and are given a stronger sense of how these parts work. Bold, full-color photographs and diagrams are included to help young learners visualize the STEM concepts presented within the text. Informative fact boxes also provide extra insight into this fun topic that explains the science behind everyday machines.