Extractions: Language Arts ... Electricity and Magnets Electricity and Magnets Teaching Theme Bulletin Board Set Attract Battery Setup Blue Magnet Circuit Breaker ... Electrifying Resource Materials Magnetism Magnetic Explorer Science Literacy- Scientific Method, Electricity, and Simple Machines Downloads Circuit Shop DC Circuits Challenge Eco Lumen Pintar VirtuaLab Electricity Sites For Background Information Barry's Magnetic Levitation Plans How does a magnet work? Fizzics Fizzle Magnetism and Magnetic Physics Hands On Activities Cool Experiments with Magnets Flexing those Magnet Muscles!
The Science Page: SCIENCE LESSON PLANS, LABS And ACTIVITIES picture library of physics demonstrations in such areas as mechanics, heat, optics,waves, electricity and magnetism, etc.. Physics lesson plans a detailed http://sciencepage.org/lessons.htm
Extractions: Amazing Science at the Roxy - this site offers a variety of science information and activities. See the Teacher Workroom for lesson plans on specific topics. Around Physics - Java applets, programs, a physics quiz and information about famous physicists and physics history. AskERIC Science Lesson Plans - one of the most well known and most extensive lesson plan sites. Big Sky Lesson Plans - a very large number of lesson plans are available on a variety of science topics. Blue Web'n Learning Applications - check out the science area for lesson plans, activities, projects and resources. CEC Lesson Plans - check the science area for an extensive list of lesson plans. Chemistry Teacher Resources - labs, demonstrations, project ideas and information of interest to chemistry teachers. Cool Science for Curious Kids - this interactive site encourages elementary students to explore science, and features hands-on science activities from five children's and science museums from across the country. Dragonfly - a site designed to stimulate scientific exploration and investigation through information, and real and virtual activities.
Co-NECT Energy Lesson your research and lesson plans. PG E Appliance Energy Usage How Much Does it Cost?Another Appliance Energy Chart. The Most Extensive Home electricity Chart. http://www.co-nect.net/Schools/Energy/
Extractions: Did you ever wonder what would happen if we ran out of all the electricity in the world? Think of all the things that wouldn't work: lights, computers, medical equipment, refridgerators. You can probably think of a thousand other things that wouldn't be possible without electricity. But could we ever really run out of electricity? Through this Co-NECT Conservation Project, we hope to explore this question while we also look at ways to conserve energy to insure that we never run out. Are you interested in sharing your results with students from around the country? Figure out the total KWH's of electricity that you use in one week and submit that data to the Co-NECT database. Then see how you compare with other schools from around the nation. Before you submit your data, make sure you have the following information available for your school: Total KWHs of electricity used in a given week. Total square meters of your school Average outdoor temperature for the week when you measured KWHs Whether your school has electrical heat.
NSF Electricity Module > Charge And Atoms > Lesson Plans NSF electricity Module Charge and Atoms lesson plans. How doesstatic electricity work? When a piece of matter has more of one http://courses.egr.duke.edu/PROJECTS/Modules/electricity/nsf_modules/electricity
Extractions: NSF Electricity Module Charge and Atoms Lesson Plans How does static electricity work? When a piece of matter has more of one type of particle (electrons or protons) than another, we say it has a "charge". If two objects have the same charges, they will repel, or push away from one another, but if they have opposite charges they will attract one another. For example, if you rub a balloon with a wool sweater, the balloon will pick up electrons from the wool sweater and become "negatively" charged. If we bring this balloon near a wall, the negative balloon will repel the negative parts in the wall, and be attracted to the positive parts of the wall. In general, when you rub one object with another, one of the objects will puck up some of the other object's electrons. The Triboelectric List shows some common materials in order of how well they pick up electrons: TRIBOELECTRIC SERIES Gives up electrons easily Picks up electrons easily What are electrons and protons?
NSF Electricity Module > Van De Graaff > Lesson Plans NSF electricity Module Van de Graaff lesson plans. Once the studentshave a firm grasp of static electricity, feel free to use http://courses.egr.duke.edu/PROJECTS/Modules/electricity/nsf_modules/electricity
Extractions: NSF Electricity Module Van de Graaff Lesson Plans Once the students have a firm grasp of static electricity, feel free to use the Van De Graff generator experiment for some great results. I normally spend about 15 minutes reviewing static electricity and going over how the Van De Graff works before leaping into this experiment. Van De Graff Generator Lesson Plan Overview This experiment should strengthen the students appreciation for static electricity through its effects on their body. Purpose The students will observe and feel the power of static electricity as they are charged to about 30,000 volts using a Van De Graff machine. Materials A Van De Graff generator with a ground wire, a plastic stool Getting Ready The teacher should understand the safety issues with the Van De Graff machine, and be comfortable with the machine. Students should know the rules of Van De Graff Safety and should repeat them to the teacher before using the generator. Motivate A picture of someone using the Van De Graff is better than words here. . .
The E Connection Lesson Plans What would it be like to make your own electricity instead of buying it from a utility THESERIES THE FUNDERS lesson plans THE STAFF LENDING LIBRARIES http://www.ktca.org/econnection/lessonplans.html
Extractions: Biodiversity What is biodiversity, why is it important, and what does it take to preserve it? Inventory various areas of vegetation to see how plant life variety affects insect life found there. Activities: Sew an insect net, make a mushroom print, meet a naturalist. Climate Change Is human-caused pollution changing Earth's climate? Find out how Minnesota's lakes are supplying clues, and collect and "read" similar clues yourself. Activities: Take a core sample, make sand art in a jar, create a climate scenario. Design for the Environment What impact do our product choices have on the environment? Discover how to take advantage of the power of the sun in your daily life. Activities: Create a solar energy collector, test hat warmth, design your own hat. Electricity Production How do today's energy choices affect tomorrow's environment? See how energy can change forms. Discover the kinds of costs involved when we harness energy to change it from one form to another.
The Teacher's Corner - Teacher Resources - Lesson Plans Magnets electricity. You will find various Web Sites on the topportion of this page. Further down, you will find lesson plans. http://www.theteacherscorner.net/thematicunits/magnets.htm
Extractions: Home Previous Thematic Units Lesson Plans Math Music Physical Education Reading ... Writing Thematic Units CURRENT UNIT: Earth Day PREVIOUS UNITS Unit Index Seasonal Items April Events May Events Spring Easter ... Bulletin Boards Teacher Resources Classroom Management Librarians Pen Pals Teacher Tips ... Web Sites The Teacher's Lounge Daily Factoid Educational News Message Board Newsletter - Get it! ... The Corner's Contest Book Nook Children's Professional Teen/Young Adult Awards The Finish Line TTC's Award Winners Win Our Award Credits Carry our Banner Graphics Sign our Guestbook Sponsors ...
The Teacher's Corner - Teacher Resources - Lesson Plans Magnets provides lesson plans and crosscurricular activities based on the followingpieces of literature Marta's Magnets and electricity Kid Pix Activity Kit http://www.theteacherscorner.net/thestore/science/physical/magnets.htm
Extractions: Home The Corner Store Science Physical Magnets Lesson Plans Math Music Physical Education Reading ... Writing Thematic Units CURRENT UNIT: Earth Day PREVIOUS UNITS Unit Index Seasonal Items April Events May Events Spring Easter ... Bulletin Boards Teacher Resources Classroom Management Librarians Pen Pals Teacher Tips ... Web Sites The Teacher's Lounge Daily Factoid Educational News Message Board Newsletter - Get it! ... The Corner's Contest Book Nook Children's Professional Teen/Young Adult Awards The Finish Line TTC's Award Winners Win Our Award Credits Carry our Banner Graphics Sign our Guestbook Sponsors ... Time Saver Top Sites Magnets Electricity Thematic Unit Electricity Thematic Unit is based on the following piece of literature: Electricity. A unit on inventors and their inventions is provided. This reproducible resource is filled with ready-to-use lessons and cross-curricular activities. Also included are management ideas, creative suggestions for the classroom, and a bibliography. This book is full of hands-on activities to stimulate young minds. Valuable teacher information about the scientific method, science-process skills, unit organization, and curriculum connections is provided as well as background information for each group of activities. Also available in Spanish as TCM832.
Career Development Activities And Vocational Lesson Plans electricity Electrical and Electronics Curriculum and lessons Energy Educationlesson plans Understanding electricity lesson Plan Understanding Magnetism http://www.khake.com/page94.html
Extractions: AND YOU PAY NO SALES TAX Catalog by Subject Select Subject Art Supplies Bible Studies Complete Grades Language Literature Math Online Courses Parents Science Social Studies Thinking Skills Science Science Kits Electricity Select Subject Art Supplies Bible Studies Complete Grades Language Literature Math Online Courses Parents Science Social Studies Thinking Skills Select Grade Preschool Kindergarten Grade 1 Grade 2 Grade 3 Grade 4 Grade 5 Grade 6 Grade 7 Grade 8 Grade 9 Grade 10 Parents Select Publisher Captivation Common Sense Critical Thinking Delta Education Elenco Electron. McGraw-Hill Oak Meadow Power-Glide Skullduggery Veritas Press Fantastic Forensics WH-161-7109 Investigate the mysteries behind detective science. Forensic pathology uses cutting edge technologies to solve crimes. Kids can examine the science of fingerprinting and other tools of the trade in this hands-on lab kit. If your child likes the TV show CSI Crime Scene Investigation, he or she may will like this kit. Adult supervision required. List Price $18.98
Energy & Science Lesson Plans 007-064723-2. The Teacher's Corner - magnets and electricity; TeachersFirst - science lesson plans; Teacher's Lab - A Place for http://www.energyquest.ca.gov/teachers_resources/lesson_plans.html
Extractions: This list is in no way "complete." It is s snap shot of some of the resources and lesson plans currently available on the Internet (and a couple of books) that deal with energy and science education. There are numerous websites that offer various lessons plans and information for teachers about teaching about energy in the classroom. If you have lesson plans that teach about energy or know a website that contains lesson plans, please let us know. Send an e-mail to:
Energy And Electricity (Lesson Plan) and production would be an obvious addition to this hour's lesson. Ask studentshow they would react if a situation arose in which electricity had to be http://teachervision.com/lesson-plans/lesson-5764.html
Extractions: Center Lesson Plans ... Help Energy and Electricity Objectives Materials Procedures Come to class prepared with some data from appliances in your own home, or in the school. Use this information to create problems that can be solved with the equation W = V x A. Explain the terms "volt," "amp," "watt," "watt-hour," and "kilowatt-hour." This is not for high-school physics, so the technical aspects of electricity need not be covered; students are simply told that electricity has strength, or power, that is measured in amps, and that it is "pushed" into their homes by a force that is measured in volts. The amount of work that electricity does is measured in watts, and the amount of work done in an hour is measured in watt-hours. One thousand watt-hours equals one kilowatt-hour. Consumers are charged for their electricity by the kilowatt-hour. Introduce students to the equation W = V x A (watts = volts x amps), and work some problem examples on the board.
Chemicals Producing Electricity (Lesson Plan) Chemicals Producing electricity. Objectives Students observe, infer,communicate, compare and contrast, formulate hypotheses, identify http://teachervision.com/lesson-plans/lesson-5800.html
Peace Corps World Wise Schools Lesson Plans Teacher Guides rivers, long important agriculturally and as transportation routes, now are beingdeveloped as sources of hydroelectric power (electricity generated by http://www.peacecorps.gov/wws/guides/paraguay/papower.html
Peace Corps World Wise Schools Lesson Plans Teacher Guides For one thing, we don't have electricity here. Since we don't have electricitypeople also tend to go to bed earlier and get up earlier in the morning. http://www.peacecorps.gov/wws/guides/honduras/hondear.html
SMCNWS: Internet-Based Lesson Plans transformation, electricity fossil fuelspresented by famous gothic horror characters.EdUniverse.com Hundreds of K12 computer-integrated lesson plans. http://www.col-ed.org/smcnws/msres/curriculum.html
Extractions: Secondary Math Elementary BasketMath Interactive An interactive approach to learning many different math concepts. It is designed for grades 4-10. Exploring Data: K-8 Lesson Plans on the Web Lots of interactive lesson plans compiled by the Math Forum/Urban Systemic Initiative. MegaMath Experiment and play with unusual and important mathematical ideas. Mrs. Glosser's Math Goodies A free educational website featuring interactive lessons that use a problem-solving approach and actively engage students in the learning process. MSTE Mathematics Lessons Database A searchable, K-12 database of only lessons that use the Internet in some way. Online Math Applications Simulations that apply math to real world situations. Includes a simulated stock market game, the connection between math and music, the history of math, math concepts involving science, and how math can help you save money and drive safely. Silver Burdett Gin Ready to use math activity descriptions, activity sheets and answer keys for grades K-6.
Energy Lesson Plans The AskERIC lesson Plan Collection contains thousands of unique lesson plans whichhave CheapO electricity Unit - Use small light bulbs to teach a unit on http://www.eere.energy.gov/bro/neen/resources/lesson_plans.html
Extractions: Northeast Energy Education NetCenter Energy Lesson Plans Trash to Treasure - Before you toss out that old floppy disk or wristwatch, think about how your kids, with minimal tools, could disassemble it and use it for something else. Grades K-12 AskERIC Science Lesson Plans - The AskERIC Lesson Plan Collection contains thousands of unique lesson plans which have been written and submitted to AskERIC by teachers from all over the United States. Solid Waste Management Resource Guide for Massachusetts Schools - This guide includes an overview of the materials that compose the solid waste and recycling streams, a brief history of solid waste management in Massachusetts, and profiles of the four disposal/management strategies being implemented by the Massachusetts Department of Environmental Protection. Activities in the guide are divided into two groups. Grades K-6 and 7-12. Grades 4-5 Cheap-O Electricity Unit - Use small light bulbs to teach a unit on electricity. Grades 9-12 Thomas Edison - Test your Thomas Edison knowledge.
Lesson Plans - Xpeditions @ Nationalgeographic.com the United States need more electricity than they Suggested Student Assessment Studentplans for nuclear waste Extending the lesson Have students call local http://www.nationalgeographic.com/xpeditions/lessons/18/g912/nuclearwaste.html
Extractions: Low-level Nuclear Waste: A Geographic Analysis Parasites and Disease Planning for a City's Future Putting Geography to Good Use Reading Between the Lines The Science of the Deep Sea What's Wrong With the Oceans? Can Photography Help? Complete Index Low-level Nuclear Waste: A Geographic Analysis Overview: Students will learn how to analyze the problems surrounding nuclear waste and to make decisions concerning it. Connections to the Curriculum: Current events, environmental science, history Connections to the National Geography Standards: Time: Two to three hours Materials Required: Objectives: Students will learn what radioactive waste is; learn the impacts that a nuclear waste depository could have on a geographical region; explore how their local community manages low-level nuclear waste (if applicable); examine the decisions that go into choosing a region for a nuclear waste repository; and
UO SRML: Lesson Plans Development of these plans is made possible by the lesson ISolar cells Studentsare introduced to the basic energy from light and turns it into electricity. http://solardata.uoregon.edu/LessonPlans.html
Extractions: A series of three lesson plans are now available, covering the basics of solar cells and solar electric systems. They are primarily intended for high school science students, but should be helpful to anyone wanting to understand how photovoltaic (PV) systems work. Development of these plans is made possible by the Oregon Million Solar Roofs Coalition, with funding from the Oregon Office of Energy , through the federal Million Solar Roofs Initiative , which is administered by the U.S. Department of Energy. Students are introduced to the basic physics and chemistry behind the operation of a solar cell. They will learn how a single crystal silicon cell accepts energy from light and turns it into electricity. Download this in Adobe Portable Document Format (PDF) , or as a Microsoft Word document . Please contact us for sample questions with suggested answers. Students are introduced to the components of a solar electric system and the concept of the photovoltaic IV curve. They will learn how modules are put together to generate the desired voltage and current, and how an inverter helps the system to operate efficiently. Download this in Adobe Portable Document Format (PDF) , or as a Microsoft Word document . Please contact us for sample questions with suggested answers.
