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Build an Atom - Making Matter
Grades
6 to 8
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The "Build an Atom" interactive module from ORISE's Harnessed Atom curriculum offers a dynamic, student-centered experience for middle school science classes. In this activity, students...more
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The "Build an Atom" interactive module from ORISE's Harnessed Atom curriculum offers a dynamic, student-centered experience for middle school science classes. In this activity, students construct virtual atoms by adding protons, neutrons, and electrons, using the Periodic Table to guide their choices and observing how these changes affect the element's identity, atomic mass, and charge. Designed to reinforce the idea that matter is made of atoms, the tool helps students understand atomic structure, isotopes, and how the Periodic Table organizes elements. It's an ideal hands-on resource for exploring core chemistry concepts through inquiry and interactive learning.
tag(s): atoms (44), periodic table (49)
In the Classroom
Provide colored balls, stickers, or beads representing protons, neutrons, and electrons, and have students work in small teams to physically construct atom models based on chosen elements from the Periodic Table. Use the PhET "Build an Atom" simulation to let students manipulate protons, neutrons, and electrons. Have students choose an element and research a common isotope of that element. They can prepare a creative presentation such as a comic strip using Witty Comics, reviewed here or a poster explaining its atomic structure, real-world uses, and why isotopes are essential in fields like medicine or archaeology.You must be registered and logged in to add items to your favorites.
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Atomic Structure - PBS Learning Media
Grades
8 to 12
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PBS Learning Media: Atomic Structure is an interactive lesson from ChemThink that allows students to learn about atomic structure. Follow the directions to understand individual atoms...more
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PBS Learning Media: Atomic Structure is an interactive lesson from ChemThink that allows students to learn about atomic structure. Follow the directions to understand individual atoms and investigate particle types, their properties, and their relative locations. Supporting material for students includes a background essay and discussion questions. The activity can be shared via Google Classroom as a link and consists of a build-a-lesson component. Atomic Structure aligns with State Standards.
tag(s): atoms (44)
In the Classroom
Students can use Padlet, reviewed here to post questions or comments. Students can use Google Keep reviewed here to take notes while completing the activity. Have students work in small teams to build a model "atom" using colored balls or stickers (protons, neutrons, electrons). Each team can race to assemble the correct number of subatomic particles based on atomic number. Use the interactive tutorial on the site to have students manipulate virtual atoms -- adding or removing particles and observing changes in element identity or charge.Add your comments below (available only to members) | Become a Member
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Stoichiometry of Chemical Reactions - Stoichiometry of Chemical Reactions
Grades
9 to 12
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Stoichiometry of Chemical Reactions offers a free chapter that describes how to represent chemical reactions using chemical equations, classify common chemical reactions by identifying...more
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Stoichiometry of Chemical Reactions offers a free chapter that describes how to represent chemical reactions using chemical equations, classify common chemical reactions by identifying patterns of reactivity, and determine the quantitative relationships between the amounts of substances involved in chemical reactions. The chapter contains the topics - Examples, Links to Examples, Chemistry in Everyday Life, How Sciences Interconnect, Key Terms, and Exercises.
tag(s): chemicals (36), equations (132), periodic table (49)
In the Classroom
Students can use Padlet reviewed here to post questions or comments. Students can use Google Drawings reviewed here to post their chemical equations. Students can use Google Keep reviewed here to collaborative work on solving equations.
This resource requires PDF reader software like Adobe Acrobat.
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20+ Chemical Reactions to Try - Science Buddies
Grades
1 to 12
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Science Buddies' "Teach Chemical Reactions" resource collection provides over 20 chemistry lessons, experiments, and activities featuring foaming, fizzing, color-changing, and transforming...more
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Science Buddies' "Teach Chemical Reactions" resource collection provides over 20 chemistry lessons, experiments, and activities featuring foaming, fizzing, color-changing, and transforming experiments for teaching about chemical reactions. The collection includes video lessons, NGSS-aligned lesson plans, hands-on activities such as making slime and turning milk into plastic, and experiments exploring topics ranging from polymerization to green chemistry principles. Resources are designed for various grade levels and include background materials, worksheets, assessment tools, and vocabulary support to help educators confidently teach chemistry concepts. Independent science fair project ideas related to chemical reactions are also provided for students seeking deeper exploration.
tag(s): chemicals (36), experiments (64), matter (50)
In the Classroom
Students can use Google Drawings reviewed here to create a sequencing graphic organizer to demonstrate step-by-step instructions. Students can use Seesaw reviewed here as a journal to explain their experimental hypothesis, outcomes, and reasoning. Students can use Free Screen Recorder Online reviewed here to record themselves completing their experiment.Add your comments below (available only to members) | Become a Member
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Science - PBS LearningMedia
Grades
6 to 12
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PBS Learning Science contains thousands of free resources on natural phenomena and scientific topics, including: Earth and Space, Life Science, Physical Science, Practice and Nature...more
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PBS Learning Science contains thousands of free resources on natural phenomena and scientific topics, including: Earth and Space, Life Science, Physical Science, Practice and Nature of Science, and Instrumentation, Measurements, and Units. The site offers videos, lesson plans, and interactive tools that can be searched by grade level, topic, newest, relevance, and popularity. Each resource provides supporting material for teachers and students. Resources can be shared in Google Classroom or through a link. State standards are included.
tag(s): cells (83), chemicals (36), ecosystems (102), habitats (103), life cycles (22), matter (50), measurement (127), space (245)
In the Classroom
Assign each student a specific cell organelle to research. Students then participate in a "speed dating" activity where they pair up and share information about their assigned organelle, focusing on its structure and function. Encourage students to plan and conduct simple experiments related to life science topics, such as photosynthesis or respiration. Using the scientific method, students can formulate hypotheses, collect data, and draw conclusions. Have students use the digital tools to explore the process of meiosis. Students can engage with interactive simulations that illustrate each phase of meiosis, allowing them to visualize chromosome behavior and understand genetic variation.Add your comments below (available only to members) | Become a Member
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Educational Resources: Physics - U.S. National Science Foundation
Grades
3 to 12
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Discover a collection of physics resources, including lesson plans and videos designed to support K-12 and college instruction. Lessons include the K-12 Curriculum: Physics, QuarkNet's...more
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Discover a collection of physics resources, including lesson plans and videos designed to support K-12 and college instruction. Lessons include the K-12 Curriculum: Physics, QuarkNet's particle physics program, and Interactive Physics Tutorials for deeper exploration of core concepts. The site also features engaging video series, including Science of Sports, Little Shop of Physics, and What Is Dark Matter, along with a direct link to the NSF's YouTube channel. These resources connect real-world science with classroom learning through hands-on activities, multimedia, and research-based content. If your district blocks YouTube, then the videos may not be viewable.
In the Classroom
Have students complete the "Physics of Roller Coaster" lessons. Students can create a roller coaster and use Seesaw reviewed here to detail their steps. Students can compare and contrast kinetic and potential energy using Figma reviewed here. Finally, students can use Padlet reviewed here to post the information that they learned after engaging in the lesson titled "What is Newton's 3rd Law?".Add your comments below (available only to members) | Become a Member
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SimBucket Science Simulations - PBS LearningMedia
Grades
6 to 12
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The SimBucket collection on PBS LearningMedia (WQED) offers interactive science and math simulations designed to engage students in hands-on virtual experiments. These simulations cover...more
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The SimBucket collection on PBS LearningMedia (WQED) offers interactive science and math simulations designed to engage students in hands-on virtual experiments. These simulations cover physics, chemistry, and earth science, allowing students to manipulate variables, observe outcomes, and deepen their conceptual understanding. Teachers can integrate these simulations into lessons to support inquiry-based learning, reinforce key concepts, and allow students to explore scientific principles in a dynamic, visual format.
tag(s): circuits (20), density (20), rockets (14), simulations (46)
In the Classroom
Set up rotating stations, each featuring a different simulation related to an upcoming or current unit. Turn a simulation into a classroom challenge where students must reach a specific goal, such as designing the most efficient roller coaster in a physics simulation. Award points for creativity, accuracy, or problem-solving strategies. Pair a science simulation with a writing assignment. An example could be after using a weather or climate simulation, students can write a news report on video using Adobe Express Video Maker, reviewed here or a first-person journal entry from the perspective of a scientist analyzing the data.Add your comments below (available only to members) | Become a Member
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Science Simulations and Games - SimPop
Grades
6 to 12
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SimPop is an interactive website that offers a variety of science simulations covering topics such as the solar system, buoyancy, projectile motion, convex lenses, and electroscopes....more
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SimPop is an interactive website that offers a variety of science simulations covering topics such as the solar system, buoyancy, projectile motion, convex lenses, and electroscopes. These engaging, research-based simulations allow students to explore population dynamics, physics, and optics by manipulating variables and observing real-time effects. Whether modeling planetary orbits, testing how objects float, analyzing projectile trajectories, or investigating light refraction, students gain a hands-on understanding of scientific principles. These tools help teachers reinforce key STEM concepts, promote critical thinking, and support inquiry-based learning in an engaging and interactive way.
tag(s): simulations (46), solar system (123), STEM (364)
In the Classroom
Solar System Scale Model - After exploring the solar system simulation, have students create a scaled model of the planets using various objects such as balls, fruits, or paper cutouts. They can compare their models to the simulation and discuss the challenges of accurately representing distances in space. After adjusting variables in the projectile motion simulation (such as angle, velocity, and gravity), students can conduct a real-world experiment by launching small objects that can include foam darts and balls. Students can collect data, create graphs, and analyze how factors affect projectile trajectory. The convex lens simulation allows students to explore how lenses focus light at different distances. Then, they experiment with real convex lenses, observing how they can magnify text or focus sunlight to burn paper. They discuss applications in eyeglasses, microscopes, and telescopes. After interacting with the electroscope simulation, students experiment with real objects (balloons, wool, plastic rods) to create static electricity. They compare their real-world observations to the simulation and explain how charge interactions affect the movement of the electroscope's metal leaves.Add your comments below (available only to members) | Become a Member
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AAPI History Hub - The Asian American Foundation
Grades
K to 12
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The AAPI History Hub is a valuable educational resource that provides lesson plans, primary sources, and interactive materials to help teachers incorporate Asian American and Pacific...more
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The AAPI History Hub is a valuable educational resource that provides lesson plans, primary sources, and interactive materials to help teachers incorporate Asian American and Pacific Islander (AAPI) history into their curriculum. The site offers engaging content for various grade levels, including biographies, historical events, and cultural contributions that highlight the rich and diverse experiences of AAPI communities. With classroom-ready resources and discussion prompts, the AAPI History Hub supports educators in fostering a more inclusive and comprehensive understanding of U.S. history.
tag(s): asia (138), biographies (94), courts (23), cultures (291), diversity (54), famous people (40), japan (62), japanese (53), scientists (72), women (187)
In the Classroom
Students can work in groups to create a physical or digital timeline using Timelinely reviewed here or Timeline Infographic Templates reviewed here highlighting significant AAPI events, movements, and contributions. Assign students an AAPI figure or event to research and present via a short podcast using Buzzsprout reviewed here or video using Adobe Express Video Maker reviewed here. Print or display images and short bios of key AAPI historical figures from the site. Have students walk around, take notes, and discuss whose contributions they find most inspiring. Alternatively, create a digital gallery walk using the gallery walk template available in Padlet, reviewed here.Add your comments below (available only to members) | Become a Member
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Engineering a Better Airplane Lesson Plan - PBS LearningMedia
Grades
3 to 5
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Engineering a Better Airplane Lesson Plan allows students to create their paper planes using the engineering design process. Students have to follow a specific list of steps to create...more
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Engineering a Better Airplane Lesson Plan allows students to create their paper planes using the engineering design process. Students have to follow a specific list of steps to create the finished product and design, test, evaluate, and redesign to make the most efficient plane. The lesson plan includes the learning objectives, supplies, videos, procedure, guiding questions, and culminating activity. This lesson addresses the NGSS, ISTE, Benchmarks for Science Literacy, and National Core Art Standards.
tag(s): aeronautics (11), engineering (138)
In the Classroom
Students can use ClipChamp reviewed here to record their testing data of the airplane's flight. Students can use Padlet reviewed here to share their challenges and questions. Finally, students can have a contest in which they fly all their airplanes to see which one goes the furthest.Add your comments below (available only to members) | Become a Member
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Aviation Collection - PBS LearningMedia
Grades
2 to 12
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View this Aviation collection, which offers various resources for grades K-12, including videos, audio clips, documents, lesson plans, webpages, and curated collections. With over a...more
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View this Aviation collection, which offers various resources for grades K-12, including videos, audio clips, documents, lesson plans, webpages, and curated collections. With over a thousand resources available, topics range from helicopter pilots and aviation careers to how bees have influenced flight. Lesson plans highlight figures like Amelia Earhart and explore the science of things that fly, each featuring a summary, time requirements, learning objectives, preparation steps, procedures, and standards alignment. You can filter resources by grade level, subject, resource type, media length, language, accessibility options, and more. Materials can be easily shared through Google Classroom, direct links, or social media, and logged-in users can customize and build upon existing lessons.
In the Classroom
Students can watch two videos on the same topic and compare and contrast them using Figjam reviewed here. Students can host a virtual question-and-answer session with someone in the field of aviation. Finally, students can use Google My Maps reviewed here to map out their route to and from destinations.Add your comments below (available only to members) | Become a Member
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NASA - NASA
Grades
K to 12
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NASA's official website is a rich educational resource for teachers, offering a vast collection of space-related content, lesson plans, videos, and interactive activities. Educators...more
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NASA's official website is a rich educational resource for teachers, offering a vast collection of space-related content, lesson plans, videos, and interactive activities. Educators can access STEM-focused classroom materials, student challenges, and real-time NASA mission updates to engage students in space exploration and scientific discovery. The site includes sections on astronomy, engineering, Earth science, and robotics, with resources tailored for different grade levels. Teachers can also find virtual field trips, citizen science projects, and career insights to inspire students interested in space and technology. The videos are hosted on YouTube. If your district blocks YouTube, then they may not be viewable.
tag(s): moon (86), planets (124), solar system (123), space (245), stars (79), STEM (364)
In the Classroom
Challenge students to create a simple paper model of NASA's Ingenuity Mars Helicopter to explore aerodynamics and engineering. Have students create their models with a digital tool using Delightex (formerly CoSpaces), reviewed here or Tinkercad, reviewed here. They can also use these tools to design a sustainable Moon base using NASA guidelines after researching lunar environments. They can present their designs as a digital model or poster. Students can apply math skills to real-world NASA space missions, calculating rocket trajectories, planetary distances, and astronaut survival needs. Students can also take a virtual tour of the ISS, exploring astronaut life and experiments conducted in space.Add your comments below (available only to members) | Become a Member
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Library of Congress Research Guides - Library of Congress
Grades
4 to 12
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Explore this valuable tool for educators; it offers curated collections of primary sources, historical documents, and research materials across a wide range of subjects. These guides...more
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Explore this valuable tool for educators; it offers curated collections of primary sources, historical documents, and research materials across a wide range of subjects. These guides help teachers incorporate authentic historical artifacts, government records, and literary works into their lessons, enhancing students' critical thinking and research skills. With ready-to-use teaching resources, topic guides, and bibliographies, this site supports interdisciplinary learning and provides rich content for inquiry-based projects in history, literature, civics, and more.
tag(s): african american (130), architecture (82), black history (131), branches of government (64), civics (128), civil rights (219), civil war (144), conservation (109), energy (139), engineering (138), environment (254), foreign policy (13), hispanic (54), industrialization (12), jews (63), latin (23), literature (213), middle east (51), native americans (131), nutrition (137), photography (134), politics (124), population (54), religions (121), Research (86), sports (90), statistics (128), women (187), womenchangemaker (78), womens suffrage (64)
In the Classroom
Assign students to explore a Library of Congress guide on a historical event (ex., Civil Rights Movement, World War II) and have them read and summarize a firsthand account or diary (or blog) entry. Students can then write a journal entry or letter from someone who lived through the event. Try a simple blogging tool like Telegra.ph reviewed here. Choose a literature-focused research guide related to a classic novel or author (such as To Kill a Mockingbird or The Great Gatsby) and have students create a timeline using Time Graphics Timeline Maker, reviewed here or a newspaper front page using a template from Canva Infographic Creator, reviewed here.Add your comments below (available only to members) | Become a Member
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PhET Interactive Simulations - University of Colorado
Grades
K to 12
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The PhET Interactive Simulations website, developed by the University of Colorado Boulder, offers free, research-based interactive simulations for teaching science and mathematics....more
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The PhET Interactive Simulations website, developed by the University of Colorado Boulder, offers free, research-based interactive simulations for teaching science and mathematics. These engaging simulations allow students to explore concepts in physics, chemistry, biology, earth science, and math through hands-on virtual experiments. These PhET simulations are designed for elementary through college-level learners, and support inquiry-based learning and can be used for whole-class demonstrations, small-group activities, or independent exploration. The simulations are HTML5-based, making them accessible on desktops, tablets, and mobile devices without additional software. This resource is an excellent tool for reinforcing key STEM concepts in an interactive and visually engaging way.
tag(s): acids and bases (7), area (54), atoms (44), charts and graphs (195), electricity (61), fractions (179), functions (60), gravity (51), light (56), magnetism (36), matter (50), molecules (41), ph (2), probability (130), quadratics (28), simple machines (21), simulations (46), sound (74), space (245), STEM (364)
In the Classroom
Challenge students to explore a PhET simulation related to a current science topic, such as circuits, gravity, or states of matter. They can make predictions before interacting with the simulation and record their observations to compare with their initial ideas. Give students a scavenger hunt worksheet with specific challenges to complete in a simulation (ex., "Find a way to make a circuit light up" in the Circuit Construction Kit). Students design a virtual experiment using a PhET simulation. They choose a variable to change, make a hypothesis, run multiple trials, and record their results in a data table or graph before sharing their findings. After using a PhET simulation, students discuss or write about real-world applications of what they learned (how forces affect roller coasters, how molecules move in different states of matter) and present their findings using Visme, reviewed here or Google Slides, reviewed here.Add your comments below (available only to members) | Become a Member
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50 Ideas to Teach about Flight and Aviation - Fizzics Education
Grades
1 to 10
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Read and learn about several STEM activities centered on the science of flight. Find ideas for students of various ages, covering topics such as aerodynamics, the physics of lift, and...more
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Read and learn about several STEM activities centered on the science of flight. Find ideas for students of various ages, covering topics such as aerodynamics, the physics of lift, and propulsion. Activities range from hands-on projects, like building paper planes and model gliders, to technology-based experiences using drones and flight simulators. The article also includes fun experiments like balloon rockets and wind tunnels, making it an excellent resource for fostering curiosity and understanding of aviation and flight concepts.
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In the Classroom
Have students make a timeline of the milestone events in flight using a resource like Timelinely, reviewed here or Time Graphics Timeline Maker, reviewed here. Take upper elementary and older students on a virtual field trip to the National Air and Space Museum, reviewed here and have them make a journal on their "trip" using Book Creator, reviewed here or Google Slides, reviewed here. Students can research an early flight pioneer and write a report on them. Have students complete one or more of the STEM activities listed on the website to learn about flight physics.Add your comments below (available only to members) | Become a Member
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Baseball Physics Fun Stuff - WVU Magazine
Grades
6 to 12
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The WVU article "The Physics of Baseball" explains how science and sports work together in baseball. It covers topics like how speed, force, and spin affect pitching, hitting, and catching....more
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The WVU article "The Physics of Baseball" explains how science and sports work together in baseball. It covers topics like how speed, force, and spin affect pitching, hitting, and catching. The article is great for showing students real-life examples of physics. There's also a video included, but if your school blocks YouTube, the video might not be accessible. Teachers can use this resource to connect science lessons to a sport many students love.
tag(s): baseball (28), mass (22), temperature (34)
In the Classroom
Bring a few baseballs, a bat, and a wiffle ball to class. Demonstrate concepts like force and spin by comparing how the objects move when hit or thrown. Have students work in small groups to calculate the speed and angle needed for a perfect pitch. Provide simple equations and data, such as average pitching speeds. Ask students to design their own "ideal" baseball using knowledge from the article. They should consider materials, size, weight, and texture to optimize performance. Students can present their designs to the class and explain how physics influenced their choices. If possible, use modeling clay or craft materials to create prototypes.Add your comments below (available only to members) | Become a Member
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Physics - Crash Course
Grades
9 to 12
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Crash Course Physics is a free digital tool that contains forty-six physics videos. The series of videos has topics on motion, electric fields, magnetism, nuclear physics, and more....more
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Crash Course Physics is a free digital tool that contains forty-six physics videos. The series of videos has topics on motion, electric fields, magnetism, nuclear physics, and more. Videos range in length from nine to eleven minutes. This site uses YouTube and has commercials before each video.
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tag(s): electricity (61), magnetism (36), motion (55), nuclear energy (19)
In the Classroom
After watching an episode of Crash Course Physics students can show their understanding by completing a laboratory experiment (if possible) based on what was learned in the video. Students can create an infographic using Free Infographic Maker, reviewed here demonstrating concept(s) taught in the video. Finally, students can flip the classroom by teaching others the information shared in the videos.Add your comments below (available only to members) | Become a Member
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The Crash Course - Crash Course
Grades
4 to 12
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The Crash Course has over 45 videos on topics ranging from Anatomy to Zoology, Artificial Intelligence to Outbreak Science. There are the more common topics one might want to learn...more
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The Crash Course has over 45 videos on topics ranging from Anatomy to Zoology, Artificial Intelligence to Outbreak Science. There are the more common topics one might want to learn about, like Ecology, Films, Geography, and much more. All videos are free to watch. Each video also includes a short description (some with lesson stem ideas). Crash Course videos are hosted on YouTube. If your district/school blocks YouTube, they may not be viewable. The good news for teachers whose schools block YouTube is that you can download the video if you fill out a form. Go to the Download tab from the top menu, select Students & Teachers, scroll down the page, and follow the directions.
tag(s): artificial intelligence (297), black history (131), branches of government (64), business (50), civics (128), climate (100), computers (115), copyright (41), ecology (118), energy (139), engineering (138), human body (98), literature (213), media literacy (122), myths and legends (44), plants (142), politics (124), space (245), statistics (128), zoology (18)
In the Classroom
Introduce this site on your interactive whiteboard or with a projector. The site is excellent for introductory material on any topic you're starting and for giving students some background knowledge. Use Acclaim, reviewed here to organize and annotate the videos you plan to use. Crash Course is also great for your early finishers. Allow them to choose a topic they want to investigate or know more about.Add your comments below (available only to members) | Become a Member
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Gauth AI STEM Homework Helper - Gauth Math
Grades
6 to 12
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Gauth uses AI to provide homework help in math and science topics, including chemistry, physics, calculus, and more. Under the menu topic - Subjects, you will also find help with ...more
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Gauth uses AI to provide homework help in math and science topics, including chemistry, physics, calculus, and more. Under the menu topic - Subjects, you will also find help with Literature, Writing, Social Science, and others. To begin, upload a question or an image. Gauth then provides a step-by-step response with a detailed explanation of the answer. Find additional explanations by selecting Copilot, which is built into Gauth's platform, or by choosing from suggestions for related questions. You don't need to register, but doing so will allow access to your search history.
tag(s): artificial intelligence (297), equations (132), literature (213), statistics (128), STEM (364), tutorials (50), writing (309)
In the Classroom
Include Gauth with your other math and science support resources for students. Demonstrate how to ask questions and analyze the responses as a learning tool. Be sure to discuss the ethical use of AI tools with students as a learning tool and not a substitute for completing assignments. Encourage students to provide proper attribution when using Gauth. Share Gauth as a flipped learning tool for students to use as they begin to understand new concepts, then ask students to apply that knowledge to problems without using AI resources. Have students demonstrate how to solve problems by creating a video explanation with Free Screen Recorder Online, reviewed here.Add your comments below (available only to members) | Become a Member
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STEM Bootcamps - Numerade
Grades
6 to 12
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Numerade STEM Bootcamps provide free, interactive video lessons in STEM subjects like math, physics, chemistry, biology, and economics. The platform includes Bootcamps with step-by-step...more
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Numerade STEM Bootcamps provide free, interactive video lessons in STEM subjects like math, physics, chemistry, biology, and economics. The platform includes Bootcamps with step-by-step video tutorials, practice problems, and quizzes designed to enhance students' understanding. You can access a variety of topics for different grade levels and standardized tests like the ACT and SAT. The videos have captions available for students who may need them. Videos do have discussions under them, so be mindful of this if are having students use them independently.
tag(s): statistics (128), STEM (364), test prep (70), tutorials (50)
In the Classroom
Flip your classroom and have students watch Numerade Bootcamp videos at home to learn foundational concepts before class. They then can apply their learning through in-class lessons. Have students create and take practice quizzes based on Numerade's standardized test prep Bootcamps using a program like Quizlet, reviewed here. This will engage them in active test prep, enhance recall through repeated practice, and extend readiness for exams. Have students summarize a Numerade bootcamp topic by creating short review videos with Padlet, reviewed here, helping their classmates understand key points from the videos. This is a link to Padlet's Help section for posting video or an image.Add your comments below (available only to members) | Become a Member
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