Presents answers to 11 basic questions for teachers involved in science fairs. Selection of topics, judging criteria, parental cooperation, project safety, state/national competitions, and other topics are addressed. Each answer includes references to other related literature. (DH)

A proliferation of new government regulations and other events in recent years has made it more and more difficult to teach science and engage in science activities. Rapid advances in biotechnology have made it difficult for both students and teachers to stay abreast of current events. These difficulties along with others have turned some teachers…

This book presents a selection of articles published in "Science and Children", "Science Scope", and "The Science Teacher", all journals published by the National Science Teachers Association (NSTA), that cover all grade levels from elementary through secondary education. It describes how to organize and conduct a successful science fair. Contents…

This teacher module provides background information and resources to the Annual Duracell/National Science Teachers Association Scholarship Competition Invention Challenge for high school students. Contents include: (1) "Introduction to the Competition"; (2) "Tips for Motivating Students"; (3) "Preparing for Inventing"; (4) "Teaching Invention:…

This book is part of the series "Explorations in Science" which contains enrichment activities for the general science curriculum. Each book in the series contains innovative and traditional projects for both the bright and average, the self-motivated, and those who find activity motivating. Each activity is self-contained and provides everything…

This document presents the international rules for precollege science research. Sections include: (1) Quick Rules Reference; (2) Highlights for 1995-96; (3) International Science and Engineering Fair (ISEF) Category Descriptions; (4) Display and Safety Regulations; (5) Eligibility; (6) Requirements; (7) Limitations; (8) Continuation of Projects;…

Many science educators emphasize the need and importance of hands- and minds-on education in science. This document provides numerous hands-on science activities for students and tips for parents and teachers to help take some of the stress out of hands-on projects. Some of the suggestions made to teachers are related to the following concerns:…

Examines the practice of holding competitive science fairs. Offers suggestions on judging, competition and recognition, student participation, and alternative experiences. (MA)

Describes two contests in which students: (1) build bridges from balsa wood; or (2) construct whizzers (self-contained motorized devices for movement on tight steel wires). Testing situations and guidelines for these contests are included. Points out that physics enrollments have increased as a result of the contests. (DH)

Suggestions for developing creative and original science fairs include trying new categories, issuing a challenge, and involving the community. (DF)

Described are the events and results of the Physics Olympics held in February, 1976, at Indiana University of Pennsylvania. Included are highlights of various events. (SL)

Outlines the steps necessary to conduct a science fair project and examines two specific examples of how a basic idea for a science fair topic can be followed to its completion. Provides examples of day-to-day operational science in a basic botany project and a lunar geography project. (JJK)

This book is designed to provide guidance and ideas for science projects to help students learn more about science as they search for answers to specific problems. The 20 topics on electricity in this book suggest many possible problems to solve. Each topic has one detailed experiment followed by a section that provides additional questions about…

This handbook is designed as a guide for teachers and students in choosing and developing mathematics projects. Included are materials ranging from simple demonstrations of mathematical problems or principles that the teachers had assigned as classroom learning experiences to complex, sophisticated exhibits intended for fairs and competitions. The…

Describes a student science exposition which includes individual research and team competitions, noncompetitive student exhibits, films, tours, workshops, and social events. Indicates that this combination of activities makes the exposition a real science "fair." (JN)