Enz, Tammy

"In graphic novel format, follows Max Axiom as he uses the engineering process to design and build a skateboard"--Provided by publisher.

"Simple text describes the real-world science of speed and how it compares to Superman's abilities"--Provided by publisher.

"Looking for clever ideas to reuse and recycle the materials in your makerspace? You're in luck! From earbud bracelets and bottle cap fireflies to tin man wind chimes and cell phone slings, these amazing 10-minute upcycled projects will have kids making in no time!"-- Provided by publisher.

"Take a look out the window. What do you see? People, cars, bikes, birds, and more are all on the move. With this basic introduction to motion, young readers will discover the three laws of motion, what they mean, and how they affect our lives every day"--.

"What would our world be like without magnets? Computers, radios, phones, and TVs wouldn't work correctly. And many other modern machines wouldn't exist. With this basic introduction to magnets, young readers will learn how magnets work and how useful they are our world today"--.

"What would happen if gravity didn't exist? People and objects would float into space! With this basic introduction to gravity, young readers will discover how gravity works and how it affects everything in our world and beyond"--.

"How do you get something to move? You use force to move it with a push or a pull. With this basic introduction to forces, young readers will learn about physical forces and how they are at work in our world every day"--.

"Need entertaining game and gadget projects for your makerspace? You've come to the right place! From spy gadgets and marshmallow cannons to marker spinners and wind ski races, these amazing 10-minute projects will have kids making in no time!"-- Provided by publisher.

Explores the various simple machines used at an amusement park, including the wheel, lift and wedge, flip and twist, and more.

Explores the various forms of motion used at an amusement park, including inertia, equal and opposite reaction, the force of motion, and more.