The Science of Electric Cars Buy the book
Mom's Choice Awards® Gold Recipient

The Science of Electric Cars An Illustrated Guide to How EVs Work

For the kid who asks “but how does it actually work?” This illustrated guide opens up an electric car and explains the real science inside, from magnets and lithium ions to regenerative braking and crumple zones. Every idea comes with a comparison kids already get, like cheetahs, fidget spinners and cannonballs.

48 full-color pages · Hardcover · Ages 7–12

Award winner

An award-winning science book

The Science of Electric Cars is a Gold recipient of the Mom's Choice Awards®, which honors books and products made for families and educators.

  • Mom's Choice Awards® Gold recipient The award's highest honor level

What can go faster than a cheetah? An electric car.

  • Whatmakes an electric car move?
  • Whyare electric motors so much more efficient than gas engines?
  • Howcan electric cars save money and help the environment?
For parents & gift-givers

Real science, kid-sized

The actual physics and chemistry

Electromagnets, lithium-ion chemistry, heat pumps and center of mass. Kids learn the same ideas engineers use, explained in plain words and diagrams instead of watered-down trivia.

Comparisons that stick

Motors work like a game of Telephone, only faster. A car spins like a fidget spinner. A crumple zone acts like a pillow. Every big idea is tied to something your kid already knows.

Cars they'll spot on the road

Real electric cars from Audi, Chevy, Hyundai, Kia, Nissan, Porsche, Rivian and more, shown in full-color photos and cutaways, so the science follows them out to the driveway.

A gift for the kid who asks “why?” from the back seat.

Contents

What's inside

Eight short chapters, each a set of illustrated spreads. Kids can read straight through or open to whatever they're curious about today.

  • Chapter 1

    What Makes Them Go

    • Why EVs can out-accelerate a cheetah
    • An EV's electrical insides
    • How magnets make a motor spin
    Pages 4–11
  • Chapter 2

    What Powers Them

    • The science of batteries
    • Batteries: the heart of an EV
    • Packing a suitcase full of cells
    Pages 12–17
  • Chapter 3

    Saving Electricity

    • Regenerative braking
    • One-pedal driving
    • The heat pump (and its maze)
    Pages 18–25
  • Chapter 4

    Staying Safe

    • Cannonballs and crumple zones
    • Center of mass and the fidget spinner
    Pages 26–29
  • Chapter 5

    Plugging In

    • Freeing you from gas runs
    • How chargers work
    Pages 30–33
  • Chapter 6

    Practical Matters

    • Battery myths, busted
    • The truth about carbon
    Pages 34–37
  • Chapter 7

    EVs Everywhere

    • How a car goes from sketch to street
    • Champions and advocates
    • Global warming, and hope
    Pages 38–43
  • Chapter 8

    The Road Ahead

    • Where electric cars go next
    • Bonus material online
    Pages 44–48

Spread

The Science of Electric Cars hardcover
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Bring it home

$24.99 Hardcover · 48 pages

Title
The Science of Electric Cars: An Illustrated Guide to How EVs Work
Authors
Aiden Miao with Eliana Miao
Publisher
Pen & Pipette
ISBN
979-8-9887765-0-5
Format
Hardcover, full color
Ages
7–12

Prefer your local bookstore? Any shop can order it with ISBN 979-8-9887765-0-5.

The Road Ahead

More info

You made it to the last page. Nice driving! If you're still curious, here's what to try, talk about and explore next.

Try it at home

Four mini experiments

Each one goes with a spread in the book. Do them with a grown-up.

  1. Feel the push and pull.

    Take two magnets and turn one around until they push apart. That push and pull is what spins an electric motor. Pages 8–9

  2. Find the center of mass.

    Balance a ruler on one finger. Tape two coins to one end and find the new balance point. Heavy batteries sit low and in the middle of an EV for the same reason. Pages 28–29

  3. Spot regenerative braking.

    On your next ride in an electric car, watch the energy display when the driver lifts off the pedal. The car is turning motion back into electricity. Pages 18–21

  4. Count the batteries.

    Walk around your home and list everything that runs on a rechargeable battery. Most of them use the same lithium-ion chemistry as an electric car. Pages 12–13

Grown-ups: keep small, strong magnets away from young children. They are dangerous if swallowed.

Car-ride questions

Talk about it

  • What else in our house has an electric motor inside it?
  • Why do you think an electric car's battery sits in the floor instead of the front?
  • Where does the electricity in our outlets come from?
Word bank

Words to remember

Electromagnet
A magnet made by running electricity through coiled wire. It can be switched on and off.
Anode & cathode
The two sides of a battery. Lithium ions travel between them.
Regenerative braking
Slowing down by using the motor in reverse to make electricity.
Crumple zone
The part of a car built to squash and soak up the force of a crash.
Keep exploring

Learn more online

Printables

Activity sheets

Printable activity sheets are on the way. Check back soon, or ask a grown-up to bookmark this page.

Pass it on

Love the book? Leave a review.

Reviews are how other families find books like this one. If it sparked a few “whoa” moments at your house, a short review on Amazon helps more curious kids discover how electric cars work.

Kids: ask a grown-up to help you post your review.

Thank you so much! — Aiden & Eliana

  1. Tap the buttonIt opens the book's page on Amazon.
  2. Pick your starsScroll to “Customer reviews” and choose “Write a customer review.”
  3. Add a sentence or twoTip: say which page was your kid's favorite. Other parents love that detail.