We need electricity to turn on the lights, charge our phones, and watch TV. Where does electricity come from, and how does it make all these things work? The answers to these questions and more are shown to readers in this handy guide to an essential early science curriculum topic. Age-appropriate text and eye-catching fact boxes present information in a clear and concise way.

Explains how electricity is produced and transmitted, how to create electricity using an electrical wire and a magnet, how generators supply electricity for cities, and how electricity works in homes.

Simple experiments and activities introduce the physical forces of electricity and magnetism.

Describes experiments that can be performed in order to learn about electricity, including which items create static electricity and the different types of circuits.

"Baby discovers the science behind Christmas lights, exploring electricity, circuits, and electrical safety"--

Science journalist Sally Adee breaks open the field of bioelectricity--the electric currents that run through our bodies and every living thing--its misunderstood history, and why new discoveries will lead to new ways around antibiotic resistance, cleared arteries, and new ways to combat cancer.

"Learn all about the most disgusting and dreadful aspects of electricity. From whizzing electrons and static shocks to frying flies and freaky frog legs, this book is full of yucky, painful and fascinating facts."--Publisher's web site. Explores the science of electricity and the odd aspects of the energy, including conductivity, electricity creation, and static.

"Science projects and experiments about electricity and magnetism"--Provided by publisher. Spark your interest in science by learning about electricity and magnetism. Build an electromagnet, learn how circuits work, and more. Using the ideas and experiments presented in this book, students can come up with their own ideas for successful science fair projects.

Looks at the stories of the researchers, innovators, businesspeople, and regulators who shaped how electricity was understood and used, from early researchers like Benjamin Franklin to contemporary innovators like Elon Musk.