Barnes & Noble.com - Hands-on Physical Science Activities 500 exciting handson activities to teach students thinking 180 easy-to-use activitiescovering The Simple Machines, Magnetism, Static electricity, and Current http://teachervision.com/store/sku/100001388X/info.html
Thank You, Mr. Edison: Electricity, Innovation And Social Change to the entire range of activities related to Edison and electrification and toget students thinking about the influence of electricity, consider some word http://memory.loc.gov/ammem/ndlpedu/lessons/99/edison/teach.html
Extractions: The Library of Congress Lesson Home THANK YOU, MR. EDISON Electricity, Innovation, and Social Change Robert Gabrick and Barbara Markham In Electrifying America: Social Meanings of a New Technology , David E. Nye argues, "A technology is not merely a system of machines with certain functions; it is part of a social world. Electrification is not an implacable force moving through history, but a social process that varies from one time period to another and from one culture to another" (p. ix). Nye continues, "Americans adopted electrical technologies in a wide range of social, political, economic, and aesthetic contexts, weaving them into the fabric of experience" (p. x). Using documents from American Memory, plus supplementary material, students investigate electrification as both a technological and social process. A focus of the student's investigation is Thomas Edison, because, as Nye contends, "Electricity was the sign of Edison's genius, the wonder of the age, the hallmark of progress" (p. 1). Students will: assess the impact of electricity on the lives of people, considering such factors as class and gender;
LHS SAVI/SELPH SAVI/SELPH Environmental Energy module that teach youngsters about 38, Magnetismand electricity, Video, VHS and Linda DeLucchi demonstrating activities used in http://www.lhs.berkeley.edu/FOSS/SAVI_SELPH.html
Extractions: Science Enrichment for Learners with Physical Handicaps The SAVI/SELPH program was originally developed to meet the science learning needs of students with disabilities, but has more recently found significant application in regular upper-elementary classrooms. In addition to print and video materials available for purchase online from LHS, kits of student materials can be purchased directly from the Center for Multisensory Learning . For more information send e-mail or call 510-642-8941. C O M M U N I C A T I O N buy online This module contains four activities dealing with the physics of sound. The specific goals include: sharpening students' sound discrimination skills, helping youngsters become familiar with sound sources, sound receivers, and sound amplification, introducing the concept of pitch and bringing youngsters to an understanding of the relationship between vibration and sound. A companion
Outreach Activities Cycle complements the Midwest Renewable Energy Association's Sun Chaser, our portablesolar power system designed to teach about solar electricity production. http://www.the-mrea.org/outreach.htm
Extractions: Energy Cycle The Energy Cycle is a bicycle-powered generator that teaches basic concepts about energy production, conversion, and conservation. Students pedal the bike and become a "power plant" that generates electricity. They experience and compare the energy (effort) needed to power incandescent and compact florescent light bulbs, fans, blow dryers, and a radio. This activity leads to discussions about wise energy use and practical tips for saving energy at home and at school, as well as how our energy use affects the environment. Use the Energy Cycle in schools for a one to two hour lesson or for several lessons throughout a unit, and at events like street and county fairs, Earth Day events, and 4-H gatherings. Utilities find that the cycle is an effective interactive display at trade shows to promote their energy efficiency programs. The Energy Cycle complements the Midwest Renewable Energy Association's Sun Chaser, our portable solar power system designed to teach about solar electricity production. Energy Cycle User Fees Travel Expenses : Users either provide their own transportation for the cycle or cover all transportation costs incurred in transport @ $0.75/ mile. (drive time reimbursement is included)
Academic Activities Academic activities. Motion detectors have been used successfully to teach graphingconcepts to students then use that as a model for the flow of electricity. http://www.mste.uiuc.edu/users/Murphy/Work.html
Extractions: I am a graduate student in Mathematics Education at the University of Illinois at Urbana-Champaign . My advisor is Kenneth J. Travers . (Ken's advisees generally think he walks on water, and we're a pretty perceptive bunch.) I am particularly interested in using appropriate technology to find better ways to teach calculus to undergraduate students majoring in engineering and physics. I have written a few papers, which are available on the web. These papers are mostly about calculus instruction in one way or another, with a lot of attention to the use of technology to increase understanding. My dissertation is a comparison of two ways of using technology to introduce the derivative in a first-semester calculus course. This is the part of my site that should be changing most rapidly this semesterbut hasn't been. I'll try to do better. Really, Mom, I'm working on it. One of the instructional methods in my study uses a computer and an ultrasonic motion detector, produced by Vernier Software . As the student walks back and forth in front of the detector, the computer displays a graph of the student's motion. Motion detectors have been used successfully to teach graphing concepts to students from middle school through college. I am using the motion detector to help the students see how the speed of the motion is represented by the slope of the distance graph and the height of the velocity graph. Once this conceptual link between the slope of one graph and the magnitude of another is established, it forms a foundation for understanding the derivative.
LCRA: Energy: Safety that might provide a pathway for electricity to travel installing antennas, or doingother activities that may teach children these and other basic electricity http://www.lcra.org/energy/safety.html
Extractions: Safety Electric and Magnetic Fields How Does Electricity Get to Your Home? PowerHouse ... Conservation Danger around us Take a few minutes to learn about electric power line safety. It may help prevent injuries and even death. Most people give little attention to the overhead power lines that string our streets and crisscross our communities. But these power lines can be fatal. Transmission lines often carry 345,000 volts of electricity, and even lower voltage distribution lines that bring electricity directly to consumers and businesses are extremely dangerous. While your power company takes great care to place power lines out of reach, people may come in close contact with them as they go about daily activities. By taking a few minutes to read the following information, you may prevent serious injury or even death. Electricity fundamentals First, it is important to understand a few basics about electricity: Electricity is always seeking a path to ground or earth. If you become part of that path to ground, you are in danger. Electricity travels best through conductors, which carry current. The best conductors are metal, such as copper and aluminum. Water is an excellent conductor and so are people.
Instructional Materials In Physics offers student activities/experiments in a number of physics topics including electricity,light, mechanics, sound, waves TOYS to teach Physics This site is http://www.cln.org/subjects/physics_inst.html
Extractions: Instructional Materials in Physics Below are the CLN "Theme Pages" which focus on specific topics within Physics. CLN's theme pages are collections of useful Internet educational resources within a narrow curricular topic and contain links to two types of information. Students and teachers will find curricular resources (information, content...) to help them learn about this topic. In addition, there are links to instructional materials (lesson plans) which will help teachers provide instruction in this theme. General Physics Resources The WWW sites linked to from this page provide practical assistance for Physics teachers wanting to use the Internet as part of their classroom planning/instruction. Aeronautics Related Activities, Experiments, and Lesson Plans From Nasa - lesson plans that will help explain some of basic principles of aeronautics. See also their Aeronautics Classroom Activities Applied Technology Projects Lesson plans for over 20 projects for K-7 students in which students learn to apply science linked to BC Curriculum Guides. This site is part of a larger site (Mr. G's Applied Technology Site) that has been developed by Paul Grey of Coal Tyee Elementary School in Nanaimo, B.C.
Physics And Astronomy Courses At ETSU Includes laboratory activities involving telescope observations of A course designedto teach basic classical thermodynamics, waves, electricity and magnetism http://www.etsu.edu/physics/courses.htm
Extractions: PHYS 1030. (4 hours) Presents an interdisciplinary approach to the physical sciences with a concentration in physics. Relates the role of science to the daily activities of an educated person. Three hours lecture, one hour demonstration/discussion each week. Not open to students who have any previous college credit in any of the physical sciences. ASTR 1010. (4 hours) An introductory course which includes historical astronomy, celestial motions, properties and observation of light, and physical characteristics of the solar system and the Sun. Includes laboratory activities involving telescope observations of solar system and stellar objects. Designed for students desiring a laboratory science for its general education value. ASTR 1020. (4 hours) Introduces students to the study of stars, galaxies, and the universe as a whole. Includes laboratory activities involving telescope observations of star systems, nebulae, and galaxies. Three hours lecture, two hours laboratory each week. NOTE THAT IT IS NOT NECESSARY TO HAVE TAKEN ASTRONOMY I TO TAKE ASTRONOMY II.
MoS | Learn More | The Educator's Cheapbook activities to help them teach science Camouflage activities Heather Gibbons PacificScience Center. Leyden Jar Static electricity Twyla Kitts - Science Museum http://www.mos.org/learn_more/ed_res/cheapbook/
Extractions: Science educators are always looking for new, interesting activities to help them teach science. We want activities that can illustrate a scientific principle, a new tool to use in a science experiment, a game to excite students, or a demonstration that sparks the interest. Any gathering of two or more science educators invariably leads to the swapping of ideas for favorite activities. Any Museum's library has a section of science experiment books, and professional meetings such as ASTC conferences allows us a forum to showcase these ideas. Science activities are in a constant state of evolution. Give the same activity to ten educators and in a short time we have ten different activities. Each educator brings to the activity a different perspective, different experience and knowledge. Each educator shapes the activity to fit a different audience in a unique situation. What can be more rewarding than to share an activity with a colleague and then have another colleague in a different part of the country share the same activity with you a year later? For more information, contact Don Salvatore at (617) 589-0347. Air Expansion and Contraction
Educational Software For Basic Electricity Circuits Educational Software for Basic electricity Circuits. BASIC CIRCUITS CHALLENGE consistsof a set of twelve activities to help you teach basic electrical http://www.etcai.com/page2.html
Untitled in rocks such as limestone. Several activities teach the conceptsof electricity and static electricity. You learn how to direct http://www.4littlescientists.com/id57_files/id57_m.htm
Extractions: These Curriculum Units are recommended for students in grades four and five. To view a sample reading from our Science and Discovery Workbook, click here You will study rocks and learn to identify several types. An activity then lets the students see how well they have retained that knowledge. A hands-on activity shows how they can make and break model rocks to understand how sedimentary rocks are formed. The concept of volcanoes is introduced and you learn how model volcanoes can be made and erupted. The classification of rocks (sedimentary, igneous, and metamorphic) includes learning how to collect and study them. Activities are introduced that compare the density and hardness of different rocks and the use of the acid test to identify the presence of carbonates in rocks such as limestone. Several activities teach the concepts of electricity and static electricity. You learn how to direct students to disassemble a flashlight, make the core components work without the casing and express it in a schematic diagram. Another activity explains how a battery works by replacing the battery in a clock with orange juice, metal strips and wire and having it resume operating. Hands-on activities explain the concepts of an electromagnet and an electric motor and students make both. A series of activities allow you to learn what the eye can do by learning how the iris controls how much light enters the eye and carrying out activities dealing with topics such as binocular vision, depth perception, visual fatigue and optic blind spots. You discover how a medium bends light and affects what we see, including causing invisibility if two clear substances bend the light the same amount. Fascinating hands-on activities teach about the polarization of lights and several lenses are used to learn concepts such as focal length and concave, convex and compound lenses. Reflection is investigated with flat and curved mirrors, including doing measurements to see how the angle between two mirrors affects the number of resulting images.
EERE: Education - Energy Science Projects And Activities The Electric Club activities Handbook activities for elementary electricity and MagnetismExperiments A series of experiments designed to teach students in http://www.eere.energy.gov/education/science_projects.html
Programs - NEF Two 23 x 35 full color posters teach how electricity Serves Our that further developsthe content of the posters and supporting student activities are on http://www.nef1.org/academy.html
Extractions: PROFESSIONAL DEVELOPMENT FOR TEACHERS INTRODUCING THE NATIONAL ENERGY FOUNDATION ACADEMY ACADEMY COURSES The NEF Academy courses are hands-on, incentive-based K-12 educational experiences that will help students at every level learn the most current information and background on energy, natural resources, and the environment, and the use, impact, limits, and scope of such topics. Cameras in the Classroom: Visual Learning in Action is provided with every Academy course. Cameras in the Classroom provides teachers with a Polaroid camera, film, and instructional materials to implement a visual learning enrichment program. The following is a brief description of the courses available. More complete descriptions follow. Electrotechnology, grades 5-10 , was developed to focus instruction on electrotechnologies and the process of inventing and uses the life of Thomas Alva Edison to introduce this evolving subject. Energy Fun, grades K-3
Green School Project--Bibliography Of Resources our societys need to produce and allocate energy from fossil fuels, electricity,wind, and Fifteen pages of activities teach kids simple ways to save energy http://www.ase.org/greenschools/bibliography.htm
Extractions: Bibliography of Resources Where can we go for more? The Alliance to Save Energy has received numerous requests for information on the sources we used for the Green Schools Guide to Project Resources. We appreciate your interest and we are glad to provide you with a list of the sources we consulted. The bibliography is divided into two sections: FREE MATERIALS Alabama Dept. of Economic and Community Affairs Science, Technology, and Energy Division In the spirit that "ideas can change the world," these books provide discovery-oriented lessons. Students gain awareness of the nature and importance of energy resources. The lessons encourage analytical thinking by dealing with current issues, making these books ideal for use in both science and social studies classes. California Department of Education Unit Bureau of Publications, Sales Unit
The Energy Source Education Program Stories, roleplaying, exercises, and activities help students motion) how energyusers operate (electricity, natural gas in this unit help teach students that http://www.edspecialists.com/EnergyProgram.html
Eco Education's Eco Outreach of solar energy, students engage in handson activities that teach basic principles easyto turn on the light switch, but how does electricity get there? http://www.ecoeducation.org/ecooutreach.html
Extractions: Eco Outreach places professionals from environmental fields into your class to spark your students' curiosity and concern for the environment. Younger students gain a better understanding and appreciation of the world around them; older students begin to see links between global ecosystems and everyday choices. Presenters share their knowledge and experiences in an interactive, positive, balanced manner using tools such as live animals, slides, artifacts, musical instruments, and other props. Presentations can take the form of one-hour assemblies, small group sessions, or day- or week-long residencies; we work with you to tailor events to fit your needs. Fees for assembly programs (200-student limit) are $225 for the first program of the day and $125 for each additional program (same program, same day) plus mileage at $0.365/mile. Fees for classroom programs (35-student limit) are $175 for the first program of the day and $85 for each additional program (same program, same day) plus mileage at $0.365/mile. Please contact Eco Education for details.
Teaching Nursery Rhymes - EnchantedLearning.com Related activities As a related activity, have the children Using Nursery Rhymesto teach Other Concepts You ago, people didn't have electricity or electric http://www.enchantedlearning.com/rhymes/Teachers.shtml
Extractions: There are a lot of different ways to approach teaching nursery rhymes to children. Many of the children probably know most of the rhymes, but some will not. As an introduction, you can first read (or sing) a rhyme to the children, while showing them the pictures. The children could then sing along with you. Word Families Many of the nursery rhymes contain common word families. You can use these rhymes to teach these letter combinations (and how they are spelled and spoken), having the students sound them out after memorizing the rhyme. For a list of some common word families and a list of the word families contained in some nursery rhymes, click here . You can study one word family a week. Students can use the Little Explorers Picture Dictionary to look for more words that belong to word families. Scavenger Hunt
SEDL - Math And Science Online Mentoring: Search Results or activities on electricity that require easy, cheap and accessible materials? Arethere any state resources in Texas that I can use to help teach elementary http://www.sedl.org/cgi-bin/mysql/scimast-archives.cgi?camefrom=s&level=K-5
Homeschool With The Web teach elementary electricity principles with the use of materials which are easilyavailable. Understanding electricity Lesson Plan lesson plan with activities. http://www.homeschoolwiththeweb.com/science.htm
Extractions: Subjects Home Bible Foreign Language Gifted High School/College History/Geography Language Arts Lesson Plans Math Miscellaneous Music New Home Educators Online Resources Physical Education/Health Science Special Needs Testing Virtual Field Trips Homeschooling Articles Home Educator's Home Business Science Links Quick Find: Teaching Science Physical Sciences Light, Color, Optics Motion ... Christianbook.com has a nice selection of Science materials for the homeschool. Click the banner above and search for "science." Science Project: Pour 1 inch of boiling water in a wide mouth jar. Place in dark room. Place jar in an aluminum foil pan with ice cubes. Shine flashlight and watch clouds form. in six days: Why 50 Scientists Choose to Believe in Creation Scientific Investigations: A Middle School Teacher Resource Book, Grades 5-8 Amatuer Telescope Making Science Project: Place a chicken wishbone in a glassful of vinegar, let soak for 2 days. Repeat. Explore: What happens? Why? Now try with an egg. Tutorials In Introductory Physics and Homework Package Teach Yourself Physics Science Project: Build your own bird's nest with the same materials birds use.
Scholastic Recommends: Dirtmeister Science Labs background information along with simple activities about static electricity, conductors,insulators teach science as you build literacy with these easyto http://teacher.scholastic.com/dirt/recom.htm
