Low Cost Physics Activities

Center for Mathematics and Science Education

Texas A&M University - College Station

(Note: This web page was constructed using Microsoft FrontPage 2002 and is best viewed using Internet Explorer)

 

Physics experiments/activities do not have to be costly in time or resources.  Teachers also do not need to limit their equipment purchases to "high tech" or specialty materials sold exclusively through science supply catalogs.  Many valuable data collection activities can be performed using inexpensive materials that may be purchased from local department, hardware, and/or toy stores.  The activities contained in the chart below represent a few of what I personally consider the "best for the buck" when it comes to introductory physics' essential laboratory activities on a tight budget.  I have used all of them in high school and/or introductory undergraduate physics courses.

Activities similar to these using a variety of materials may be found in numerous lab resource materials.  The purpose of this web page is not to introduce new and/or unique lab activities, but to present some of the most common and valuable lab experiences involving real data collection in a format for use with inexpensive materials.  Activity worksheet documents are presented in both PDF and Microsoft Word format so that they may be easily downloaded, printed, and/or modified according to the individual needs of each user. 

 

Click on a MS Word or PDF "Worksheet Link" to download an experiment/activity worksheet.   Click on the "To the Teacher" link to view suggestions and information regarding the activity, materials, and approximate costs.  "Other Links" provides links to other web pages with activities/information/simulations related to the chosen physics topic (all links active as of 3/9/2004).

 

  Activity Worksheet Link To the Teacher Other Links
1   Precision of Lab Equipment MS Word, PDF link link1  link2  link3
2   Constant and Relative Velocity MS Word, PDF link link1  link2  link3
3   Motion Graphs (Virtual Activity) MS Word, PDF link link1  link2  link3
4   Accelerated Motion MS Word, PDF link link1  link2  link3
5   Free Fall (Virtual Activity) MS Word, PDF link link1  link2  link3
6   Resultant Vectors MS Word, PDF link link1  link2  link3
7   Softball Throw MS Word, PDF link link1  link2  link3
8   Newton's 2nd Law (Virtual Activity 1) MS Word, PDF link link1  link2  link3
9   Newton's 2nd Law (Virtual Activity 2) MS Word, PDF link link1  link2  link3
10   The Pendulum MS Word, PDF link link1  link2  link3
11   Sliding Friction MS Word, PDF link link1  link2  link3
12   Forces in Equilibrium MS Word, PDF link link1 link2  link3
13   Work and the Inclined Plane MS Word, PDF link link1  link2  link3
14   One-Dimensional Collisions (Virtual Activity) MS Word, PDF link link1, link2, link3
15   Two-Dimensional Collisions (Virtual Activity) MS Word, PDF link link1, link2, link3
16   Torque and Rotational Equilibrium MS Word, PDF link link1  link2  link3
17   Power MS Word, PDF link link1  link2  link3
18   Wave Modeling MS Word, PDF link link1  link2  link3
19   "Slinky" Waves MS Word, PDF link link1 link2  link3
20   Ripple Tank (Virtual Activity) MS Word, PDF link link1  link2  link3
21   Resonance: Speed of Sound MS Word, PDF link link1  link2  link3
22   Palm Pipes and Chimes MS Word, PDF link link1  link2  link3
23   Reflection in Plane Mirrors PowerPoint Slide link link1  link2  link3
24   Full Length Mirrors MS Word, PDF link link1  link2  link3
25   Curved Mirror Diagrams MS Word, PDF link link1  link2  link3
26   Index of Refraction MS Word, PDF link link1  link2  link3
27   Lens Diagrams MS Word, PDF link link1  link2  link3
28   Images in Converging Lenses MS Word, PDF link link1  link2  link3
29   Color MS Word, PDF link link1, link2, link3
30   Electrical Circuits and Conductivity MS Word, PDF link link1  link2  link3
31   Ohm's Law MS Word, PDF link link1  link2  link3
32   Light Bulb Circuits MS Word, PDF link link1  link2  link3
33   Electrical Energy Costs MS Word, PDF link link1, link2, link3
34   Electromagnets MS Word, PDF link link1  link2  link3
35   Electric Motors MS Word, PDF link link1  link2  link3
36   Simulated Radioactive Decay MS Word, PDF link link1  link2  link3
 
 

Recently developed video analysis technology offers an exciting and relatively inexpensive way to analyze many types of one and two-dimensional motion.  Go to http://www.science.tamu.edu/CMSE/videoanalysis/index.htm to learn more about some of the currently available video analysis programs, including one free program that may be downloaded from an internet site linked to the page.  Also linked to this site are 19 video clips of many types of motion commonly studied in introductory physics and physical science courses and suggestions for their use.  The 36 activities linked to this page and the 19 video analysis activities provide an excellent way for an entire introductory level physics class to include 55 laboratory activities at an unbelievably low cost.

 

In addition to these activities and web site links, physics teachers of all levels may be interested in the following web sites offering tutorials, downloadable software, etc... :

     
Name Description URL Link
Graph Paper Printer Program Create numerous types of custom graph paper link
The Diagnoser Project A web-based assessment program that serves as a formative diagnostic of student content knowledge link
MERLOT A search engine for science web sites link
NetLogo A modeling program useful for many science areas link
Journal of Physics Teacher Education Online Online journal directly related to issues in physics teaching and the preparation of physics teachers link
Singing Science Records "Cheesy" science songs from the 1950s and 1960s link
Physics 2000 Very comprehensive tutorial program link
The Physics Classroom Very comprehensive tutorial program link
Conceptual Physics SURF Informative site supplementing Paul Hewitt's Conceptual Physics textbook link
     
 

For more information or comments about this web page or its activities,

to suggest other activities, or to request a workshop or professional
development session demonstrating the use of the activities, please contact:
 
Joel A. Bryan, Ph.D.
jabryan@tamu.edu     (979) 458-0604
Center for Mathematics and Science Education
Texas A&M University - Mail Stop 4232
College Station, TX 77843-4232