Describes a hands-on physics exercise, entitled "The Triangle of Science" designed to review math skills, estimating and approximating skills, and help to develop students' appreciation of the limits of scientific investigation. (ZWH)

Presents a new approach for the determination of the temperature coefficient of resistance of a resistor and a thermistor. Advantages include teaching students how to linearize data in order to utilize least-squares techniques, continuously taking data over desired temperature range, using up-to-date data-acquisition techniques, teaching the use…

Provides activities that help students to understand the importance of the scientific method. The activities include the science of fusion and cold fusion; a group activity that analyzes and interprets the events surrounding cold fusion; and an application research project concerning a current science issue. (ZWH)

Demonstrates what theoretical physicists make a rule using juggling. Provides the thinking process and calculating procedure. (YP)

Describes the use of a laboratory-based exam in mechanics that makes students use metersticks, stopwatches, and spring scales to examine physical situations, make some calculations to predict what will happen, and then test their predictions. Includes a description of the lab stations for the actual exam. (JRH)

Describes a physics laboratory experiment for nonscience majors intended to illustrate indirect experimental methods of sciences treating objects too small for sensory observation. The student explores and attempts to identify an object in a closed container, using provided experimental tools and small openings in the opaque lid. (MLH)

Describes experiments used during recent history to explain the nature of the quantum world. Explains the essential elements of experiments using polarized light and magnetic flux. Illustrates differences between classical theories in physics and quantum theory. Shows how experiments in the microscopic and macroscopic world appear to support…

Described are several physics activities developed by a high school: research corner, exploring an invention, construction projects, archives report and archives update, short term research and design projects, essay contest, and special projects. (YP)

Describes a strategy for presenting ideas of atomic physics in the laboratory portion of the course before it is introduced during a lecture in order to give students an appreciation for the concepts involved, a historical look at how the field developed, and a comprehensive review of physics concepts. Presents a worksheet for the Bohr atom…

This book is organized around a set of simple observational physics activities that stimulate questioning and answering and encourage the generation of answers to stimulate individual creativity. The activities integrate drawing, counting, measuring, predicting, recording, hypothesizing, and verifying. The activities are designed to sharpen…

Presents two examples of problem solving activities in which students are provided with helpful and extraneous information. Each of six group members must make verbal input for the collective solution of a problem. (CP)

Describes how you can lead students to erroneous inferences and conclusions by using demonstrations which point out to students the importance of carefully distinguishing between observations and inferences. (BR)

Provides two exercises in abstract problem solving. Intended to parallel a physicist's approach to the solution of a law of nature, the activities are open ended without definite answers. (CP)

Discussed are the selecting, assessing, and managing of students' investigational works showing how they fit in with the General Certificate of Secondary Education (GCSE) Physics (mature) for London and the East Anglian Group. (YP)