K-Gr 2—Light is not an easy concept to convey on a beginning-to-read level, but Pfeffer does a credible job of incorporating just the right amount of detail for these readers. She relates the science concepts she's introducing to scenarios that are in the everyday experience of young children; for example, when explaining lumens, or the units used to quantify brightness, she first discusses how temperature and length are measured. Readers will also enjoy the two easy experiments appended at the end. The colorful illustrations, created with pen and ink, watercolor, liquid acrylic, pencils, and pastels and which include children of diverse races, extend the text well and are marked by several appealing details, such as costumed children carrying glow sticks at Halloween and a glowing octopus. Another book in this series, Franklyn M. Branley's
Day Light, Night Light: Where Light Comes From (HarperCollins, 1998), presents the concept of reflective light even more clearly than this title, but Pfeffer's text is shorter and features much more white space on each page, making it especially attractive for beginning readers.—
Maralita L. Freeny, District of Columbia Public LibraryThis strong series entry introduces youngsters to light: where it comes from, how fast it travels, and how it enables us to see. The prose is generally lively, but Pfeffer is all business when it comes to scientific explanations. Lighthearted paintings, outlined in pen and ink, add humor but never distract from the text. Three simple experiments are appended.
This strong entry in the Let's-Read-and-Find-Out Science series introduces youngsters to light: where it comes from, how fast it travels, and how it enables us to see. There's a liveliness in the general descriptions ("Windows glow. Car lights shine. Signs flash on and off. Bridge lights sparkle. Sometimes, jagged bolts of lightning fill the sky and brightly colored fireworks explode on the Fourth of July"), but Pfeffer is all business when it comes to scientific explanations: "Light travels to Earth in waves of electromagnetic radiation, a kind of energy that travels through space. These waves travel so fast, we can't even see them move." Scientific terms (such as electromagnetic radiation) carry with them enough context for youngsters unfamiliar with the vocabulary to get a general idea of the meaning and continue reading. Meisel's lighthearted paintings, outlined in pen and ink, add humor but never distract from the text. Three simple experiments -- two that show the relation of light to plant life and one about how to find and make shadows -- are appended. betty carter
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