The Next Generation Science Standards (NGSS) consists of a series of standards for grades kindergarten through 12. In rather straightforward terms, the NGSS has only two specific purposes beyond its broad vision for science education, namely (1) to describe the essential learning goals, and (2) to describe how those goals will be assessed at each grade level or band. The chapter is a short overview of a standard page. The standard page (in the higher grade levels there will be as many as three pages) consists of a title and code, performance expectation, foundation box, and connection box. This sample chapter also includes the Table of Contents, Introduction, and Index.
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Perhaps the most important skill a good teacher should possess is the ability to control students. A teacher who can devise fascinating and unique lesson plans for her classroom is useless if she can't get the kids to sit down and listen to her instructions. Unfortunately, many beginning teachers simply are not prepared to manage their classrooms effectively. Managing a classroom means you must teach your students behavior expectations, not just post your rules on the classroom wall. Classroom management becomes even more of an issue when it applies to the active nature of the science classroom.
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. The way you begin the school year will affect everything that occurs in your classroom and with your colleagues for the remainder of the year—and beyond. When you were student teaching, your cooperating teacher had already set the stage for you. But now starting the school year is your responsibility. Therefore, it is important to dedicate time and energy to this important start. This chapter provides great ideas to help get you started. This sample chapter also includes the Table of Contents, Introduction, and Index.
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Get a Grip! is a problem-based unit that places middle school students in the role of engineers who are challenged to design and construct prosthetic arms for amputees in a war-torn country. The students use common materials to build arms that accomplish tasks requiring fine motor control and strength. A critical component of the unit is its ability to demonstrate to middle school students that strong, interdisciplinary knowledge is required to solve engineering problems. As such, it is a practical and efficient mode of interdisciplinary instruction meeting state and national standards in science, math, reading, and social studies. This sample chapter also includes the Table of Contents, Introduction, and Index.
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Whether you are a grizzled veteran of the middle-level trenches or a relative newcomer to science in the middle, your success with students in grades 5-8 will depend on your ability to adjust instruction to the cognitive, emotional, developmental, social, and psychological demands of the middle school learner. This free selection from the book, Doing Good Science in Middle School, provides insight into your ever-changing middle school students and describes how this age group is especially suited to inquiry-based instruction. The Table of Contents, the Preface, and About the Authors are all included in this free section.
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Learners develop understandings of the differences between observations and inferences by analyzing Dr. Xargle's comical, yet misguided, attempts to teach his students about human babies. Learners then make observations and inferences of "mystery samples" collected from Planet Earth by Dr. Xargle. This free chapter includes several science lessons that use children's books to guide inquiry, along with several activity pages. Also included are the Table of Contents, the Preface, and the Index of the book.

For more information on how to implement Picture-Perfect Science in you classroom—including key reading strategies and NSES connections—download the free e-book of chapters 1 through 5, Why Read Picture Books in Science Class?
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The purpose of this assessment probe is to elicit students' ideas about light reflection off of ordinary objects and materials. The probe is designed to find out if students recognize that all non-light-emitting objects that we can see reflect some light or if they believe that only certain types of objects reflect light.
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The purpose of this assessment probe is to elicit students’ ideas about infectious disease. The probe is designed to find out whether students use the germ theory to explain what causes an infectious disease like the common cold. This free selection includes the Preface, Introduction, Table of Contents, and the Index.
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The purpose of this assessment probe is to elicit students’ ideas about particles during a change in state. The probe is designed to find out if students recognize that the bubbles formed when water boils are the result of liquid water changing into water vapor. This free selection also includes the Table of Contents, Foreword, Preface, and Index.
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This chapter describes the importance of scientific explanation in inquiry, common difficulties students have in justifying their claims, and a suggested instructional approach for supporting students in writing scientific explanations. It then discusses five instructional strategies teachers can use to support students in scientific explanation, including transcripts from classroom discussions to illustrate what these strategies look like in actual classrooms.
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