Physics 003 Physics by Inquiry
Fall 2002
Monday 2:30 - 4:20 pm
Tuesday 2:45 - 5:30 pm
Thursday 2:45 - 5:30 pm

A Unique Teaching Method: Guided Inquiry
In many science classes an instructor tells you how some process works.  For example,  she may tell you why some objects float and others sink.  Based on the instructor's explanation you then try to understand (or memorize) this process.  You might read other explanations of this process in your textbook or some other resource.   It is very possible that at no point have you worked through different experiments with your own hands to see what factors may explain sinking and floating.  You look to the instructor to TELL YOU HOW A PROCESS WORKS.   

WARNING:    THIS COURSE WILL NOT WORK THIS WAY!!!!  

This is NOT A TEACHING BY TELLING LECTURE COURSE!   In fact, there will be very little (if any) lecturing in this course.  This class is a GUIDED INQUIRY.  YOU will DO science.  YOU will come up with explanations to help explain various phenomena.  As such, YOU will be responsible for learning and understanding the material.   Our textbook, Physics by Inquiry, will be our guide.  This excellent set of exercises is based on 25 years of research in physics education at the University of Washington.

Physics 03  models an inquiry-based learning method appropriate for classes with small enrollment and includes content appropriate to the elementary school curriculum.  In this course, the student will be guided by the Socratic method.  Socrates was a fifth century BCE philosopher and teacher who is credited with the method of guiding students by asking questions.  If the student expects "teaching by telling" in this course, there will possibly be some frustration until the student becomes accustomed to the Socratic method.  This method is particularly suited to the development of science and scientific thinking.  

Course Description
From the Sweet Briar College Catalogue:
Emphasis will be placed on hands-on, inquiry-based explorations of physics. Students will study topics, including mechanics and electricity and magnetism, using appropriate tools and equipment in order to understand fundamental concepts. Students will also gain experience in independent investigation and the development and implementation of their own hands-on exercises and experiments.


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last updated 8/12/02