|
|
|
1.
|
|
From armored tanks and gliders to "plastic glass" and drawing machines, this interactive book explores the incredible mind of Leonardo da Vinci through hands-on building projects and activities. Most of Leonardo's inventions were never made in his lifetime and remained sketches in his famous notebooks; kids examine some of these original sketches and learn about the models he made of his inventions. From there they delve into detailed step-by-step instructions, diagrams, and templates for each project, which are interspersed with historical facts, biographical anecdotes, and trivia. Most of the building can be done using simple household supplies: construction paper, tape, markers, glue, cardboard tubes, aluminum foil, and cardboard boxes. Background about the Renaissance as a period of remarkable achievement in art and science appears throughout the book.
...
|
|
2.
|
|
Young readers become scientists in the field when this activity book sends them off to answer the question Why do we have winter? with experiments and projects that mix real science with real fun. Combining hands-on learning with trivia, jokes, riddles, and terrific illustrations, chapters start with the "tools" of science—the scientific method and how to keep a science journal—and then investigate the winter constellations, long nights and long shadows, animal tracking in snow, and food-gathering behavior in birds. Several activities center on water and ice, including "The Freezing Point of Water," "Making Ice Cream," and "The Amazing Snowflake Crystal," while indoor projects include the study of static electricity and a recipe for simple yeast bread. ...
|
|
3.
|
|
Young readers become scientists in the field when this activity book sends them off to answer the question Why do we have winter? with experiments and projects that mix real science with real fun. Combining hands-on learning with trivia, jokes, riddles, and terrific illustrations, chapters start with the "tools" of science—the scientific method and how to keep a science journal—and then investigate the winter constellations, long nights and long shadows, animal tracking in snow, and food-gathering behavior in birds. Several activities center on water and ice, including "The Freezing Point of Water," "Making Ice Cream," and "The Amazing Snowflake Crystal," while indoor projects include the study of static electricity and a recipe for simple yeast bread. ...
|
|
4.
|
|
From tracking spring peepers and raising tadpoles to learning about seeds and recording plant growth, this activity book invites young readers to explore the wonders of spring by becoming scientists in the field. Combining hands-on learning with solid science, trivia, riddles, and terrific illustrations, projects investigate "the reason for the season" and include identifying trees and measuring their growth, recording soil temperature, and observing the forest floor. Bird migration and nest building are covered, and the movement of air and water is studied with experiments in capillary action and in such activities as "Making Parachutes," Making Kites," and "Mapping Air Currents with Bubbles." ...
|
|
