Product Details ＋

Bounce!

Name: Bounce
SKU: 396194

A Scientific History of Rubber

By: / Illustrated by:

Ever wondered what makes rubber bounce?

With sidebars, graphics, fun facts, and more, the history of rubber reveals plenty of fascinating secrets and surprises. Elementary school readers will discover that early balls didn't bounce; that people in the rainforest made waterproof gear from rubber thousands of years before Europeans got into the act; and that sneakers, bicycles, and cars created demand for more and more rubber!

Back matter includes a time line and a bit about the complicated implications of harvesting rubber.

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Author & Illustrator

Sarah Albee, author

Sarah Albee is the New York Times best-selling author of more than 100 books for kids, including Troublemakers in Trousers: Women and What They Wore to Get Things Done and Accidental Archaeologists: True Stories of Unexpected Discoveries. Prior to being a full-time writer, Sarah worked at Children’s Television Workshop (producers of Sesame Street) for nine years. She played basketball in college, and then a year of semi-professional women’s basketball in Cairo, Egypt. She lives in Brooklyn, New York.

about Sarah.

Eileen Ryan Ewen, illustrator

Eileen Ryan Ewen is the illustrator of many books for children, including H is for Honey Bee, Jonas Hanway’s Scurrilous Scandalous Shockingly Sensational Umbrella, and Nature’s Friend: The Gwen Frostic Story.

about Eileen.

Awards & Honors

Coming soon!

Editorial Reviews

Kirkus Reviews, starred review

How a natural goo with miraculous properties flexed its way into sports, technology, and our daily lives.
Coming from cultures where the best balls available were stuffed with feathers or dried peas, 16th-century Europeans were likely astonished at seeing the bouncy latex ones in use in the American lands they were plundering. A few centuries later, the rubbery stuff was making up everything from boots to balloons, rubber bands to rubber duckies—especially after Charles Goodyear in the U.S. and Thomas Hancock in England simultaneously figured out how to stabilize, or “vulcanize,” it, and later scientists concocted synthetic versions. Albee expands on this story, giving full credit to the Indigenous peoples who first discovered latex and used it, and also forthrightly acknowledging that expanding demand for the natural product has subsequently led to widespread human rights violations and environmental problems. In seamlessly interwoven scientific digressions, she digs into the chemistry of polymers and of vulcanization, explains how rubber can float (or not), and why a rubber tire (which is “basically a huge, tire-shaped molecule”) grips the road so well. Ewen reflects the narrative’s effervescence with views of diverse groups of modern children, prim European figures in 19th-century dress, and Indigenous athletes, all exercising vigorously in pools, upon bicycles, or on various playing fields.
Albee plainly has a ball, and readers will, too.

Children's Literature

What makes rubber so bouncy? How does it stretch, or repel water? Albee explores this unusual substance, starting with its development by indigenous tribes in South America. The Spanish were intrigued by the rubber balls they saw used during games, and soon people were finding uses for rubber around the globe, from raincoats to erasers. Simultaneous discoveries by Charles Goodyear in America and Thomas Hancock in England led to a stronger, more stable rubber, which resulted in even more uses for the unusual substance. In addition to telling the history of rubber, Albee explains the science behind rubber and its unusual properties. Ewan’s pen, ink and watercolor pictures make the scientific explanations easier to understand, and whimsically illustrate rubber’s bouncy history. Back matter includes a timeline, selected bibliography, and an author’s note explaining some of rubber’s unfortunate effects on the environment and indigenous cultures. Curious readers and young scientists will enjoy this scientific and historical exploration of a familiar substance. This would make an excellent read aloud in older science classrooms.