Think Like a Scientist

Scientists follow a specific series of steps when they approach problems and test ideas, called the scientific method. What is their first step? Asking a question! This book shows students why it is so important to come up with a specific, directional question before starting an experiment. Readers will learn about how to come up with questions, and how to answer those questions through experimentation. This book teaches students how to apply the concept to their own experiments and projects. Readers will walk away with the tools they need to experiment like a scientist.

Scientists don't just discover things by accident; they follow a set process that enables them to test their ideas and prove them to be true or false. This guidebook explores some of the earlier steps of the scientific process. Readers will learn how to craft a hypothesis statement, and how to set up an experiment to test their theories. This text describes how famous scientists have used the scientific process to advance knowledge in their fields. Sample hypotheses and experiments are included, providing readers with a guided exploration of the process.

This informative book explores the collecting and analyzing data step of the scientific method. Readers will learn precisely what data is and how to understand it in simple, straightforward language. With concrete examples of discoveries made by real-life scientists, this book makes a case for how important data and the ability to analyze it truly is. This book also provides accessible experiments that readers can do at home to foster a greater understanding of the method.

Teach your students the value of working together as they learn how researchers and scientific teams from around the world further human knowledge and innovation through collaboration. Students will discover how sharing research among peers enables scientists to advance their own studies and the work of others. At the same time, this book will provide historical and modern examples of scientific collaboration between individuals and teams that have helped to shape the world we live in today. Your readers will be huddling around a microscope, talking together about what they see.

Scientific inquiry provides a major foundation for advances in medicine, computer sciences, and dozens of other fields and disciplines. Newcomers to the sciences must not only be familiar with the scientific method, but also master the phrases and jargon common to scientists worldwide. This book serves as a crucial and lively introduction for young readers on how scientists should write and express themselves. Engaging imagery, useful new vocabulary, and helpful tips make this book invaluable for future young scientists and other STEM enthusiasts.

The scientific method is a tool commonly used by scientists as a formal model for investigation. Many know the basic steps involved, but fewer are aware of the rich history of the method's development. This insightful resource tackles the history and evolution of the scientific method, delving back to ancient history and touching on the strong influence of Islamic scientists, too. Lively text engages the readers as they learn about some of the major players who helped develop the scientific method we use today.