Science Whiz Experiments

Through clear instructions and scientific illustrations, students can conduct easy yet engaging experiments to examine the principles of electricity and magnetism. Using easy-to-obtain household materials, readers will make a battery from electric cells, test objects to see if they are conductors or insulators, and build a simple electric motor. Readers are guided through applying the scientific method to gain a better understanding of the basic concepts demonstrated by each experiment. Safety tips educate students on the code of conduct expected when conducting experiments.

Through clear instructions and scientific illustrations, students can conduct easy yet engaging experiments to examine the science behind weather. Using easy-to-obtain household materials, readers will discover how Torricelli's barometer works, the terminal velocity of raindrops, and how density affects air masses in Earth's atmosphere. Readers are guided through applying the scientific method to gain a better understanding of the basic concepts demonstrated by each experiment. Safety tips educate students on the code of conduct expected when conducting experiments. Also included are an appendix with science supply companies, a glossary, further reading with books and websites, and an index.

By doing the simple science projects in this book, young scientists will discover how distance affects images made by a convex lens, observe a wave model of polarized light, and explore the science behind mirages. The experiments use materials found at home or at school. Readers can take what they have learned from these experiments and use suggestions to create their own unique science fair projects. An explanation of the scientific method, safety tips, scientific illustrations, and an appendix with science supply companies, a glossary, further reading with books and websites, and an index complete this title.

These simple and engaging biology experiments use easy-to-obtain household materials to explore the science behind the human body. Readers are guided through applying the scientific method to conduct experiments, which include observing the effect of body position and exercise on heart rate, breathing rate, and blood pressure; building a model of the human eye; and figuring out how food moves through the body. Clear instructions and scientific illustrations will allow students to gain a better understanding of the basic biological concepts demonstrated by each experiment. This book also contains safety tips to educate students on the code of conduct expected when conducting experiments.

These easy and fun chemistry experiments use easy-to-obtain household materials and are excellent starting points for students to devise their own science fair projects. Readers are guided through applying the scientific method to conduct experiments, such as examining Brownian motion of smoke particles, building an electric cell, and separating substances in a solution. Through clear instructions and scientific illustrations, students will gain a better understanding of the basic concepts demonstrated by each experiment. This book also contains safety tips to educate students on the code of conduct expected when conducting experiments, an appendix listing science supply companies, a glossary, further reading with books and websites, and an index.

Using materials they can find in their home, students can learn the science behind temperature and heat by performing experiments that demonstrate the conduction of heat in solids, thermal conductivity of liquids and gases, the relationship between temperature and color, and other scientific principles. Engaging color illustrations accompany every experiment, an explanation of the scientific method guides students, and safety tips educate students on the code of conduct expected when conducting experiments. An appendix with science supply companies, a glossary, further reading with books and websites, and an index are also included.