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How Products are Made - Advameg, Incorporated
Grades
5 to 12In the Classroom
When it is 'science report' time, direct your students to this site, loaded with hundreds of possibilities. Better yet, as you teach science principles, first share how something works that uses the same principle (on a projector or whiteboard). Then challenge students to find other REAL applications of the principle and create a class wiki glossary of concepts with example links. Model this the first few times, then assign them to work in groups. Since this site permits reader contributions at the end of entries, you may opt to find a product that needs more research and allow your students to add content information to the site (with your approval, of course). Every science teacher, gifted teacher, or tech ed teacher will want to share this site on your teacher web page.You must be registered and logged in to add items to your favorites.
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How Stuff Works - Howstuffworks, Inc.
Grades
4 to 10In the Classroom
Use this site as an "activator" to introduce a new science unit or lesson on a projector. It could also be a great way to introduce informational speeches/videos and how to write them. The videos on earth and life science topics provide a great launchpad for further class discussions. Participate in the poll of the day. Use the trivia and facts section for interesting ways to get kids thinking in class. Use this site for students to "show and tell" something they have learned. Use the information presented here to understand better how science is applied in our everyday lives. This activity would work well for individual or pairs of students in a lab or on laptops. Introduce this site on your interactive whiteboard or projector. Then have students explore this site independently or in small groups. Ask students to visit the site and give them a choice for how to share the information they learned by creating a multimedia presentation using Canva Edu, reviewed here, a video using Adobe Express Video Maker, reviewed here, a podcast using Podcast Generator, reviewed here, or a blog post using edublogs, reviewed here. Use this site as an anticipatory set or "activator" to introduce a unit or lesson on a projector or interactive whiteboard. Be sure to include this site on your class web page for students to access both in and outside of class.Add your comments below (available only to members) | Become a Member
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How Things Fly - Smithsonian National Air and Space Museum
Grades
4 to 12In the Classroom
Choose a type of flight to have students study and assign that part of the website as a web search with a question sheet. Or have students create their own journey by picking a learning path using Symbaloo Learning Paths, reviewed here, and then enhance learning by having students explain what they learn as they go through the activity in writing. Before writing, have students organize their thoughts about what they learn with a tool such as bubbl.us, reviewed here.Add your comments below (available only to members) | Become a Member
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How to Make a Pinhole Camera - Instructables
Grades
4 to 12Add your comments below (available only to members) | Become a Member
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Hyperphysics - Georgia State University
Grades
10 to 12In the Classroom
Be sure to post a link to this site on your class page for reference or on a stand alone computer in your classroom for a resource center. Be sure to check out the Get Live Help section where students can post questions and receive or even give answers.Add your comments below (available only to members) | Become a Member
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iExploreSTEM - University of Iowa
Grades
4 to 12In the Classroom
Take advantage of the free activities, videos, and other resources throughout the year. Be sure to bookmark this site to search for resources for any lesson. Share a link to specific lessons and activities on your class website for use at home. Include STEM career information with any career exploration unit. After completing STEM activities, challenge students to create a presentation using Prezi, reviewed here, to share their results and learning process.Add your comments below (available only to members) | Become a Member
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IFL Science - IFL Science
Grades
7 to 12This site includes advertising.
In the Classroom
Share this site for students to explore informational articles related to what they are currently studying or to explore the many aspects of science not included in standard school curriculum. Challenge student partners to find an article they enjoy and share it creatively as a poster or mock interview with the scientists involved. They can use a simple tool such as Magazine Cover Maker (reviewed here) or actually make a video "interview" and share it on TeacherTube (reviewed here). Have your gifted students explore articles to extend required curriculum. Use this site for career day explorations about the many places where scientists work.Add your comments below (available only to members) | Become a Member
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in Bflat 2.0 - Darren Solomon from Science for Girls
Grades
3 to 12In the Classroom
Test this site to be sure you can open it at school. Then turn up your speakers and open this site on a projector or -- even better -- interactive whiteboard to begin a music class, discuss key signatures, pitch, or instrumentation, and allow students to mix and remix their choice of sounds in harmonious blend. In science class, use the various sounds and an oscilloscope to teach about sound waves and the physical nature of sound. Challenge your musically gifted students to create a very simple version of this musical "machine" by recording and embedding videos of their own in a class music and technology wiki. Upload the videos to a school-friendly site such as SchoolTube, reviewed here or TeacherTube, reviewed here to avoid filtering issues. Set up a simpler face-to-face option by allowing student "conductors" to "turn on and off" multiple instruments and objects in your music classroom all playing the same pitch.Add your comments below (available only to members) | Become a Member
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In the Swim eGuides - Make a Splash in the Classroom - In the Swim
Grades
K to 12This site includes advertising.
In the Classroom
Follow these links for some supplemental materials to enliven lessons that could include water as a recreational resource. Science teachers will find real world applications and information about chemicals. Use interactive boards to show videos and activities as whole group lessons. Have students read articles for informational reading practice. Use the resources for flipped or blended learning links on your class website for individual or small group work.Add your comments below (available only to members) | Become a Member
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In-sites to Einstein - Jen Farr
Grades
7 to 12In the Classroom
Have groups of students spend time perusing the topics and taking time to collect information. Share information learned with other members of the class to get a great background on the life and works of Einstein. Use to understand the theories he developed and discuss the difference between laws and theories. Have students (or groups) explore a specific part of this site and write a blog post about what they learn. If you are beginning the process of integrating technology, have students create blogs sharing their learning and understanding using Tumblr, reviewed here. Use this site as part of a unit for the gifted on Great Minds.Add your comments below (available only to members) | Become a Member
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Ingenious - NMSI
Grades
9 to 12In the Classroom
Find great information, photos, and possible questions for use in the classroom to stimulate thinking and make connections between content and the use of science in everyday life. For example, the debate "Can we sustain our lifestyles and our planet?" uses content from food chains to technology to natural resources. Additionally the discussion of what every organism needs to survive can bring to light discussions of characteristics of living things and our responsibility to the planet.Add your comments below (available only to members) | Become a Member
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Inhabitat - Inhabitat, LLC
Grades
7 to 12This site includes advertising.
In the Classroom
When discussing environmental topics, be sure to share this link on your class website or on a class computer for students to access information about great technological breakthroughs. Use when students are researching technological advancements of their choice. Challenge individual students or cooperative learning groups to read one of the articles and report their findings to the class, making connections to some of the topics you study. Have students create a simple infographic sharing their findings using Venngage reviewed here. If you teach about advertising techniques inventions, challenge your students to select a "product" from this site to create a new advertisement using a specific technique. The innovative ideas will spark their interest! Use articles from this site for reading comprehension selections that will interest even the most reluctant readers. The articles are also useful prompts for persuasive writing or debates.Add your comments below (available only to members) | Become a Member
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Innovative Technology in Science Inquiry - Concord Consortium
Grades
6 to 12In the Classroom
There are different levels of use of this site with incremental time and effort. The most basic users will need to create an account. Once the account is created, the user can create classes in the "Home" section of the site. This can be found on the left side of the screen. Beside "My Classes" choose "add a class." Here you will create different sections of students. Name your courses what you wish, but remember the sign-up word. You will give this to students when they create their accounts, and it will automatically enroll them into your class. Once they have signed up, their names will show up in the "My Students" section. Once the class is named, choose the activities you would like to have in your ITSI-SU class. Save your choices and the sign-up word will be shown in green print on the screen. Again, save this word. (You can go back into class information to find it if you forget, but you can save yourself time by remembering it.) From this point, basic users need only to show the site to the students and perhaps make some instructions for signing up for their students. Modules are ready to go. As the teacher, you can view the students' work and answers once they have completed the activity they are assigned. More adventurous users can modify activities by following onscreen instruction or even creating their own.The only thing that could snag the use of this program is that the Java download may be prevented by your district's web filtering software. Please try this first ("preview activities"). One other concern is that downloading the Java app to every computer in a class of twenty students or more can pull a lot of bandwidth in a network. If your school's internet is not exactly top of the line, try running six computers with students working in groups to accommodate the internet capabilities. Have other students sit at their seat and work on preparing materials, so all students are learning and being productive. This program should be tried for the first time by the teacher to avoid any "tech" complications. Teachers who must request software installation by tech staff may want to try this tool at home so they can explain and convince administration of its educational value.
A great way to use this programing, on the smallest scale, is to share the initial lab question and picture to start a classroom discussion. Have students speculate about the possible answers to the question and possible "whys." Have students ask questions about the picture and attempt to explain its relevance to the question, and coincidentally the activity. From this point, you can have students log in to the site and create accounts. Either as individuals or have groups of students create a group log in, name, and password. (Student passwords are available to the teacher at any time from the teachers homepage. Please warn students of this when they are choosing passwords so that they choose something school-appropriate.) Another way to use this portal is to pick a modeling lab as an ongoing science enrichment project for students.
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instacalc - instacalc
Grades
6 to 12This site includes advertising.
In the Classroom
Visit the site and observe how the shared examples work. If you find one you like, you can get the link (try the little disk icon) to go directly to it. If you are feeling more adventurous, try creating one of your own, perhaps for calculating the class average on a test. Your web-savvy students will love this tool for collaborative lab reports or graphs of statistics. For safety's sake do not use any student names or information if you share calcs online.Add your comments below (available only to members) | Become a Member
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International Atomic Energy Agency - United Nations
Grades
9 to 12Add your comments below (available only to members) | Become a Member
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Introduction to Mechanics
Grades
10 to 12In the Classroom
Use these activities here as a student "choice" activity in your Makerspace classroom. Extend student learning by asking students to share their journey in completing activities in a blog. Mahara, reviewed here, offers tools for building digital portfolios and incorporating blogs. Challenge students to modify their learning by annotating images taken of their activities with text, URL's, or videos using ThingLink, reviewed here.Add your comments below (available only to members) | Become a Member
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Introductory Electronics
Grades
10 to 12In the Classroom
Use the electronics activities here as a student "choice" activity in your Makerspace classroom. Extend student learning by asking students to share their journey in completing activities in a blog. Mahara, reviewed here, offers tools for building digital portfolios and incorporating blogs. Challenge students to modify their learning by annotating images taken of their activities with text, URL's, or videos using ThingLink, reviewed here.Add your comments below (available only to members) | Become a Member
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Inventor of the Week - MIT Lemelson Center
Grades
6 to 12In the Classroom
Use the Inventor Archive as an activator at the beginning of every week in a science or Physics classroom. This could be used as an activator over the interactive whiteboard, a projector, or as a learning center or station. This could be used every week or before inventive projects, serving as a motivator!Add your comments below (available only to members) | Become a Member
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It's Okay To Be Smart - Joe Hanson
Grades
6 to 12In the Classroom
Use this blog for students to find interesting information to learn from and report to others in the class (like science current events). Consider creating a blog for students to share information that they research and write about for understanding. Collect students' How, Why, and What questions for further research themselves and reporting to others. Or have students create their own science blogs. If you are beginning the process of integrating technology, have students create blogs sharing their learning and understanding using Tumblr, reviewed here.Add your comments below (available only to members) | Become a Member
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It's Okay To Be Smart YouTube Channel - Joe Hanson
Grades
6 to 12This site includes advertising.
In the Classroom
Flip your classroom and use a video as homework. Have students take notes on the material and write down questions they still have and topics that confuse them. They can do this with pen and paper or online. If you want the assignment online, explain to students they need to open a new tab in their browser window and take notes with a tool such as Webnote, reviewed here; tell students to be sure to save the URL to share their notes and questions with you and their peers. Or you could use a tool like EdPuzzle, reviewed here, for students to pause videos and ask or answer questions right on the video. These activities can uncover misconceptions. Show the video to the class, and then discuss the concept at length. To share a single video from this site without all the YouTube clutter, use a tool such as View Pure, reviewed here, and create a shortcut to the View Pure page directly on the desktop. For more advanced classes, provide time for students to choose a video to view and research the underlying concept.Add your comments below (available only to members) | Become a Member
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