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					|  | Geothermal energy works by bringing the heat created within the Earth to the surface. Discover how geothermal energy is a renewable form of energy with information from a science teacher in this video.
 
  Found by grazianione in Natural Resources April 12, 2010 at 01:29 PM  Ages: 14 - 18     
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					|  | Which has more energy – an iceberg or a cup of coffee?  While this may seem to be a very simple question, the answer is surprise to most people. (06:37)  Found by teresahopson in Heat September 21, 2021 at 12:54 PM  Ages: 13 - 18     
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					|  | -------------- Part of a Blended Classroom taught at Millard West High School. Produced for Millard Public Schools by Justin Higgins. Lesson Plans and how th...  Found by jahiggins in Work, Energy and Power September 20, 2014 at 04:44 PM  Ages: 13 - 18     
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					|  | You can think of energy as the ability to move or cause change in matter.  It comes in many forms.  Kinetic energy is energy that is in use, and potential energy is energy that is stored.  Learn more about the different types of energy with this cartoon animation from StudyJams.  Other key vocabulary words include: chemical energy, mechanical energy, electrical energy, and thermal energy.  A short, self-checking quiz is also included with this link.  Found by begamatt in Work, Energy and Power May 22, 2011 at 07:36 PM  Ages: 7 - 12     
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					|  | In this video, students will learn about the importance of conserving energy. Some of the lyrics include the following: Energy...
 Sometimes I think I'm runnin' out of energy
 Seems like we use an awful lot for
 Heatin' and lightin' and drivin'
 Readin' and writin' and jivin'
 Energy ... You'd think we'd be savin' it up.Energy ... You can get it by dammin' up a river
 Energy ... A windmill can make the breeze deliver
 But even with millin' and dammin'
 Our needs are so much more demanding
 For energy ... We have to use some kind of fuel.
 Some of the key vocabulary words include: dams, windmills, fuels, coal, solar, nuclear, and thermal energy. This is a good teaching resource for a science lesson/unit on conservation and/or energy. (3:01)
 
 
 
  Found by porter1526 in Energy Conservation at Home March 11, 2011 at 09:17 PM  Ages: 6 - 12     
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					|  | In this clip from America Revealed, a plane ride with a camera that shows thermal energy loss shows us just how much energy is wasted by everyday consumers.  (02:27)  Found by Rockefellerteacher in Natural Resources January 13, 2013 at 11:43 AM  Ages: 14 - 18     
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					|  | Concepts: Energy, Work, Joule, Mechanical Energy, Thermal Energy, Chemical Energy (07:17)--------------Part of a Blended Classroom taught at Millard West High School.
 
 Produced for Millard Public Schools by Justin Higgins.
 
  Found by jahiggins in Transfer of Energy November 27, 2013 at 09:07 AM  Ages: 13 - 18     
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					|  | Five forms of green energy include geothermal energy, biomass energy, hydro energy, wind energy and solar energy. Discover how the
 forms of green energy are created and used with information from a
 science teacher in this video. (03:04)
 
  Found by grazianione in Natural Resources April 13, 2010 at 07:02 PM  Ages: 12 - 18     
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					|  | Green energy isn't free, such as when wells need to be dug to help the production of geothermal energy. Find out how the replacement of solar cells adds to the cost of green energy with information from science teacher, Steve Jones. There are English captions.
  Found by teresahopson in 'Green' Activities May 11, 2010 at 08:41 PM  Ages: 12 - 18     
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										| Volcanoes 101 From NationalGeographicVideo, produced by National Geographic  |  |  |  
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					|  | Today we know volcanoes are openings or vents to the interior of the planet.  About 1,500 volcanoes around the world are considered active, about 90% rest in the Ring of Fire, a band circling the Pacific Ocean.   While the Earth’s surface looks peaceful the crust is made up of slabs of rock that constantly shift, where the plates interact, volcanoes often form.  Friction from shifting plates melts the Earth’s crust, causing rock beneath the crust to liquefy.  This magma then becomes a volcano by erupting through rifts in the plates.  Not all lava is the same.  Volcanoes can be deadly, but it can also be good, it created 80% of Earth’s surface and the air we breathe, rich soil for farming, and some countries harness the heat to create geothermal energy.  Video is very interesting and good quality.  Good for elementary grade and middle school students.   Found by Barb  in Effects of Volcanoes July 26, 2009 at 06:21 AM  Ages: 9 - 16     
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					|  | Heat is thermal energy that exists in matter.  The faster an object's particles move, the more heat it has.  Heat can be added to an object by making its particles speed up. There are three basic forms of heat. Learn more about heat with this cartoon animation from StudyJams.  A short, self-checking quiz is also included with this link.  Found by begamatt in Heat May 28, 2011 at 12:53 PM  Ages: 8 - 13     
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					|  | This brief experiment includes 2 ice cubes: one is placed on a cork mat (an insulator) and one on a metal surface (conductor). Because the metal is a conductor it is able to conduct thermal energy to the ice cube (and take it from the surroundings) much more quickly than the cork mat. The ice cube on the metal has completely melted while the cork mat has hardly made a dent. 
 This experiment also demonstrates that air (as with any gas) is a good insulator. If air was a good conductor, then the ice on the metal might have melted marginally faster; the effect would not be nearly so pronounced.
 
 The video plays at 16 times normal speed; the ice cube on the metal took just over 8 minutes to melt. No audio. (0:32)
  Found by begamatt in Conductors and Insulators April 12, 2011 at 07:32 PM  Ages: 8 - 16     
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					|  | In this interactive resource adapted from the University of Colorado's Physics Education Technology project, hang various masses from different springs and observe how kinetic, gravitational potential, elastic potential, and thermal energy are related. A bar graph illustrates the conservation of energy by showing how the total energy of the system remains the same while the levels for the different forms of energy vary. Options allow you to choose the stiffness and amount of friction of a spring and see how different amounts of gravity affect the system.  Found by Mrs Jefferies in Springs May 13, 2012 at 11:40 PM  Ages: 10 - 18     
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					|  | CMU professor Gabriel Caruntu explains the reactions which occur in fireworks by doing a demonstration he calls the ‘chemical volcano’. Similar to fireworks, this reaction starts with thermal energy, in the form of a flame. When the flame reaches the solid, it initiates a reaction where the orange solid ‘erupts’ and changes to a fine green powder. (01:43)  Found by jputman in Chemical Equations and Reactions November 28, 2010 at 10:10 PM  Ages: 16 - 18     
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					|  | In this short video, students will learn about the vocabulary word "thermal". Thermal is defined as anything related to heat or an increase in temperature. Several examples of thermal heat are given (sun, cooking food, clothing, creating energy). This is a great resource when introducing the word thermal into the elementary classroom. (00:59)  Found by porter1526 in One-Minute Video Dictionary - Series November 9, 2011 at 06:19 PM  Ages: 6 - 12     
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					|  | An emerging economic challenge for greater Minnesota involves developing renewable energy sources for local consumption.  To lay the groundwork for the next generation, the West Central Rural Outreach Center (WCROC) has launched an extensive applied research program in renewable energy geared towards rural Minnesota users and producers.  This video explains how an extension of the University of Minnesota’s College of Food Agriculture and Natural Resource Sciences, WCROC tests and develops biomass gasification and creates synthetic fertilizer (NH3) from wind turbines, as well as photovoltaic and solar-thermal systems. (01:49)  Found by TracyMoon in Energy and the Environment March 11, 2012 at 11:20 AM  Ages: 11 - 18     
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					|  | In this interactive activity adapted from NOVA Online, learn about eight of the latest solar technologies: thermal trough, mirrored dish, power tower, thin film, concentrated sunlight, solar paint, evacuated-tube collectors, and sun-grown biofuel. In the face of global climate change, scientists and engineers are actively developing new ways to harness the free and renewable energy of the Sun as an alternative to fossil fuels. Look at photos, an illustration, and text to investigate how these technologies can provide environmentally friendly solutions.  Found by Mrs Jefferies in Solar Power May 17, 2012 at 10:13 PM  Ages: 10 - 18     
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					|  | This is an excellent two-minute mini-documentary that shows through narration and computer animation how fossil fuels are used to generate electricity.  Found by teresahopson in Fossil Fuels April 23, 2011 at 02:51 PM  Ages: 10 - 18     
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					|  | Fun science demonstration you can do at home. Put an egg in a bottle that does not belong there. As the heat within the bottle causes the gasses to expand, once cooled, the gasses contract allowing the atmosphere to push the egg into the bottle. 
 (1:42) Justin Higgins
  Found by jahiggins in Gases November 27, 2013 at 01:07 PM  Ages: 13 - 18     
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					|  | This video explains heat transfer and how it affects our everyday life. It describes three different types of heat transfer—conduction, convection, and radiation—and provides examples of where they occur around us by using a thermal camera.  (5:54)  Found by TracyMoon in Heat May 26, 2012 at 10:02 AM  Ages: 12 - 18     
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					|  | From Dragonfly TV. Phoebe and Shannon love exploring Yellowstone National Park. There are so many cool things to see: the canyon, waterfalls, wildlife, lakes, hot springs, and geysers! The girls went to Canyon Visitor Center to learn more about these features-especially the thermal basins, places where there are lots of geysers or hot springs. The park sits on a really big hot spot, made up of magma that rises from deep in the earth. All this magma heats up the ground water in the area and creates thermal features including geysers, hot springs, fumaroles, and mud pots. Geysers are thermal features that have narrow space in their plumbing. Steam forces water through this opening and boom, the geyser erupts! The girls investigate the following question: Why doesn't every thermal basin have a geyser?  Found by begamatt in Geysers August 31, 2010 at 06:17 PM  Ages: 8 - 14     
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					|  | "I made this video over the course of a few months in Yellowstone. I love the water features such as waterfalls, the lakes, creeks, and rivers. Most captivating to me, however are the geysers - the thermal features are what give the park the most unique aspects of any in the world."  The video features amazing footage filmed in a professional manner. (03:47)
  Found by alhood in Geysers September 26, 2012 at 09:50 AM  Ages: 6 - 18     
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										| Lava Descent From nationalgeographic.com, produced by National Geographic |  |  |  
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Located at Erta Ale Volcano in Ethiopia.  The moonscape is twelve times the size of Manhattan in New York.  Photographer, Karsten Peter wants a sample of molten rock from the lava lake.  Located at three continental plates, base of this volcano is 300 feet below sea level.  This is one of the world’s oldest living lava lakes, and has been bubbling for at least the last 90 years.  They climb down in to the crater.  He gets down near the lava, but needs to put on a thermal suit.  He tosses cable into the lava and it melts the cable.  He settles for recently hardened samples from the edge.  Hopefully these rocks will give scientists information on where they have been.  Video is very interesting video and is of very good quality.   Good for elementary grade and middle school students.    Found by Barb  in Effects of Volcanoes July 26, 2009 at 06:14 AM  Ages: 9 - 16     
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					|  | In this interactive activity adapted from NOVA, learn about properties of materials such as tensile and compressive strength, toughness, hardness, ductility, malleability, flexibility, electrical and thermal conductivity, and resistance to molds, water, heat, and corrosion. Play a game to identify ten mystery materials using videos and clue cards.Note for Teachers: Begin by reviewing the "What's This Stuff?" Teacher's Guide for information about facilitating the activity, then print out and prepare the "What's This Stuff?" Student Activity Guide.  Found by Mrs Jefferies in Organization of Matter May 27, 2012 at 03:52 PM  Ages: 14 - 18     
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					|  | This video discusses the phenomena related to: tectonic plates, underwater volcanoes, and hydro-thermal systems. (05:53)  Found by infinitearchive in Geology of the Sea Floor March 31, 2009 at 10:15 PM  Ages: 9 - 18     
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