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Thermodynamics and Climate Change - MIT OpenCourseWare
Grades
9 to 12
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The Thermodynamics and Climate Change course on MIT OpenCourseWare is a high-school-level educational resource that explores the three laws of thermodynamics and applies them to understanding...more
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The Thermodynamics and Climate Change course on MIT OpenCourseWare is a high-school-level educational resource that explores the three laws of thermodynamics and applies them to understanding global warming, energy systems, and climate science. Students engage with core concepts such as entropy, enthalpy, and heat transfer while also learning about modern technologies, including fuel cells, heat pumps, and renewable energy storage, supported by readings, problem sets, coding labs, and instructor insights. This free, self-guided curriculum provides a rigorous introduction to how physics and engineering principles help explain and address climate change, making it a valuable enrichment tool for advanced science learners.
tag(s): climate change (113), engineering (141), OER (50), STEM (370)
In the Classroom
Show a short segment or graphic from the course, and have students discuss how energy transfer affects real-world climate events such as heat waves, melting ice, and extreme storms. Students can research the renewable energy technologies mentioned in the course (heat pumps, solar, fuel cells) and explain how thermodynamics makes them work. Use temperature or climate data to help students interpret trends and connect them to energy and heat transfer concepts.You must be registered and logged in to add items to your favorites.
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IIT Joint Entrance Exam Preparation - MIT OpenCourseWare
Grades
9 to 12
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IIT Joint Entrance Exam Preparation is a free MIT OpenCourseWare resource that offers lecture videos to help students prepare for the Joint Entrance Examination - Advanced (JEE-Advanced),...more
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IIT Joint Entrance Exam Preparation is a free MIT OpenCourseWare resource that offers lecture videos to help students prepare for the Joint Entrance Examination - Advanced (JEE-Advanced), a highly competitive college entrance exam in India for admission to top engineering institutes. Dr. Ankur Gupta and a team of volunteers created the materials and are geared toward high school-level learners, focusing on core concepts and problem-solving strategies relevant to JEE-Advanced study. While the content targets students preparing for this specific exam, the videos can also serve as rich mathematical enrichment and problem-solving practice for advanced high school classes or motivated learners seeking to deepen their understanding of challenging topics. If your district blocks YouTube, then the videos may not be viewable.
tag(s): enrichment (12), india (34), OER (50), problem solving (275), test prep (71)
In the Classroom
Start class with a short JEE-style problem from a video, then have students attempt it in pairs before watching the solution. Use selected videos as enrichment for honors or accelerated students to deepen understanding of challenging topics in physics, chemistry, or mathematics. Set up learning stations with different JEE-inspired problems. Have students rotate, solve, and explain their thinking using concepts from the videos.Add your comments below (available only to members) | Become a Member
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Introduction to Statistical Physics - MIT OpenCourseWare
Grades
7 to 12
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Introduction to Statistical Physics from MIT OpenCourseWare is a free, open educational resource that presents the foundational concepts of statistical physics in an accessible way...more
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Introduction to Statistical Physics from MIT OpenCourseWare is a free, open educational resource that presents the foundational concepts of statistical physics in an accessible way for advanced high school students. The materials were originally taught in Summer 2018 as part of the MITES summer STEM program for motivated 7th-12th graders and include lecture notes, supplementary notes, problem sets with solutions, Mathematica code examples, and a final exam to support teaching and learning. The course helps students develop an understanding of core topics such as entropy, the laws of thermodynamics, the Boltzmann distribution, and mathematical methods such as probability and simulation, with an emphasis on both qualitative and quantitative reasoning.
tag(s): OER (50), probability (132), simulations (48), STEM (370)
In the Classroom
Begin a unit with a discussion of everyday examples of statistical physics (like flipping coins, temperature, or gas pressure) and connect them to concepts from the course. Integrate selected lecture notes and problem sets from the site as enrichment for advanced or honors students. Assign small teams to explore specific topics from the course (for example, the Boltzmann distribution or thermodynamic equilibrium) and create mini-presentations or posters with Canva for Education, reviewed here that explain the concepts to peers.
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Chandra Astrophysics Institute - MIT OpenCourseWare
Grades
9 to 12
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The Chandra Astrophysics Institute on MIT OpenCourseWare provides free access to materials from a high-school-level astronomy program originally sponsored by the Chandra X-ray Observatory...more
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The Chandra Astrophysics Institute on MIT OpenCourseWare provides free access to materials from a high-school-level astronomy program originally sponsored by the Chandra X-ray Observatory and run by the MIT Kavli Institute for Astrophysics and Space Research. The site includes a year-long curriculum with hands-on investigations into astronomical topics such as size and distance in space, light and color, production of light, supernova remnants, variable X-ray sources, and galaxy clusters, complete with activities, assignments, and lecture videos that model authentic scientific inquiry and data analysis. Students explore real astronomical observations and develop research skills, making this a rich resource for supporting physics or astronomy units in your classroom. If your district blocks YouTube, then the videos may not be viewable.
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tag(s): colors (63), data (213), light (57), OER (50), Research (87), space (248)
In the Classroom
Use the Chandra X-ray images and datasets as a "space mystery" warm-up where students observe, describe, and infer what they think is happening in a nebula, galaxy cluster, or supernova remnant before learning the science behind it. Incorporate the program's lessons on light production and spectra into a hands-on investigation where students experiment with prisms or digital spectrum tools and connect their results to how astronomers study stars. Assign small groups different cosmic phenomena (black holes, supernovae, galaxy clusters) using Chandra resources and have them create short presentations using Visme AI Presentation Creator, reviewed here explaining what X-ray astronomy reveals that visible light cannot.Add your comments below (available only to members) | Become a Member
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Summer Olympics - TeachersFirst
Grades
K to 12
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This collection of Summer Olympics resources is designed to help you harness the global excitement of the Games and turn it into a gold-medal learning experience. The Olympics offer...more
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This collection of Summer Olympics resources is designed to help you harness the global excitement of the Games and turn it into a gold-medal learning experience. The Olympics offer so much more than entertainment; they're actually a goldmine of teaching opportunities across virtually every subject area. From exploring the physics of a perfect dive to the mathematics of scoring and statistics, the geography of host nations, the science of athletic performance, the history of the ancient games, discussions of fairness and sportsmanship, and explorations of global cultures and traditions--the Olympics connect to your curriculum in countless ways. This curation provides everything you need to help students analyze data, find inspiration in the stories of athletes who have spent years training, videos related to the Summer Olympics and Olympiads, among other resources. Let's bring the torch into your classroom and show your students that the Olympic journey is just as much about the mind as it is about the body!
In the Classroom
This collection includes resources for all grades. Each review includes several ideas for classroom use. These are excellent tools to learn more about the history or science of the Olympics. Save (or bookmark) this list for students to use to review concepts. Explore the activities suggested.Add your comments below (available only to members) | Become a Member
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Winter Olympics - TeachersFirst
Grades
K to 12
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Get ready to bring the thrill of the slopes and the spirit of international competition right into your classroom! This collection of Winter Olympics resources is designed to help you...more
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Get ready to bring the thrill of the slopes and the spirit of international competition right into your classroom! This collection of Winter Olympics resources is designed to help you transform the excitement of the Games into powerful learning moments across every subject. Discover official Olympic pages, real-time medal trackers, physics of winter sports simulations (and games and videos), athletes' profiles, information about adaptive sports and Paralympics, and more. Whether your students are calculating velocity on the bobsled track, exploring the unique geography of the host mountains, or diving into the inspiring stories of world-class athletes, these tools make it easy to channel their natural enthusiasm into meaningful academic discovery. Let's go for the gold and turn the next Winter Games into an unforgettable educational adventure!
In the Classroom
Help your students learn more about the Winter Olympics. Find resources on this list for students to use in cooperative learning groups. Read each resource's Classroom Use section to learn how to incorporate its information into your lessons.Add your comments below (available only to members) | Become a Member
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Let's Learn About the Science of the Winter Olympics - Science News Explores
Grades
5 to 8
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The Science News Explores article "Let's learn about the science of the Winter Olympics" introduces students to the scientific concepts behind winter sports, showing how physics and...more
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The Science News Explores article "Let's learn about the science of the Winter Olympics" introduces students to the scientific concepts behind winter sports, showing how physics and chemistry influence performance (like ski wax and equipment stiffness) while also connecting to broader environmental issues like climate change that could impact the future of snowy competitions. Written in accessible language with engaging examples, the piece helps make real-world science relevant through the lens of the Olympic Games and supports classroom connections to STEM topics such as physics, chemistry, and Earth science. If your district blocks YouTube, then the videos may not be viewable.
In the Classroom
Students create an infographic or poster using paper or Canva for Education, reviewed here showing how science helps athletes perform better and stay safe in winter sports. Students can invent a new winter sport or improve an existing one using science concepts such as friction, aerodynamics, and insulation. They can present designs with explanations. Have students create an infographic or poster showing how science helps athletes perform better and stay safe in winter sports. Create infographics using this digital tool, Infographics Presentation Templates, reviewed here.Add your comments below (available only to members) | Become a Member
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Lumiere Research Inclusion Foundation - Lumiere Education
Grades
9 to 12
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The Lumiere Education Social Commitment page highlights the organization's nonprofit initiative, the Lumiere Research Inclusion Foundation, which is dedicated to expanding access to...more
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The Lumiere Education Social Commitment page highlights the organization's nonprofit initiative, the Lumiere Research Inclusion Foundation, which is dedicated to expanding access to high-quality research opportunities for underserved students. Through this program, talented low-income high school students are paired one-on-one with PhD mentors from top universities to complete independent research projects at no cost. The initiative emphasizes equity in education by removing financial barriers and aims to build a more diverse generation of researchers, ensuring that advanced academic opportunities are accessible to students regardless of their background.
In the Classroom
Have students choose a topic they are passionate about and develop a research question. Guide them through the basic research steps, such as gathering sources, taking notes, and drawing conclusions. Pair students with a teacher, older student, or community member to act as a "mentor" who provides feedback on their research. If possible, connect with virtual guest speakers or experts to discuss real-world applications of their field. Use the program's focus on access to research opportunities as a springboard for discussion. Have students explore why access to education matters and brainstorm ways schools and communities can support all learners in reaching advanced opportunities.Add your comments below (available only to members) | Become a Member
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Stanford Program for Inspiring the Next Generation of Women in Physics - Stanford Physics Department
Grades
9 to 12
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The Stanford Program for Inspiring the Next Generation of Women in Physics (SPINWIP) website describes a free, virtual summer outreach program designed to spark interest in physics...more
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The Stanford Program for Inspiring the Next Generation of Women in Physics (SPINWIP) website describes a free, virtual summer outreach program designed to spark interest in physics among high school students, especially those from underrepresented backgrounds. Hosted by the Stanford Physics Department and the Kavli Institute for Particle Astrophysics and Cosmology, the three-week program introduces students to advanced topics such as quantum physics, astrophysics, and cosmology, while also teaching basic Python coding. Participants attend lectures from university researchers, collaborate in small groups, and engage in college and career readiness workshops, all while building mentorship connections. A key feature is that the program is completely free to attend, making high-level STEM learning and mentorship accessible to a diverse group of students.
tag(s): coding (109), seasonal (48), STEM (370), summer (50)
In the Classroom
Have students explore a simple physics concept (like motion, gravity, or force) through a hands-on investigation. They can make predictions, test ideas, and record observations, building scientific thinking skills. Introduce students to beginner coding (such as simple Python or block-based coding) to model concepts like motion or patterns. Give students a real-world scenario (e.g., designing a safe landing device or building a simple structure) and have them work in teams to propose and test solutions, encouraging collaboration and critical thinking.Add your comments below (available only to members) | Become a Member
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Open Culture Free Online Courses - Open Culture, LLC
Grades
9 to 12
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The Open Culture page on Free Online Courses curates over 1,700 no-cost courses from top universities such as Harvard, Yale, and MIT, covering a wide range of subjects including humanities,...more
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The Open Culture page on Free Online Courses curates over 1,700 no-cost courses from top universities such as Harvard, Yale, and MIT, covering a wide range of subjects including humanities, social sciences, computer science, mathematics, history, art, and world languages. The listings include downloadable audio and video lectures, MOOCs, and audit options, making it a flexible resource for advanced learners, enrichment, or flipped-classroom models. Teachers can use these courses to supplement curriculum topics, assign independent enrichment activities, or provide whole-class explorations for upper-grade students. If your district blocks YouTube, then the videos may not be viewable.
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tag(s): art history (104), artificial intelligence (300), artists (100), business (50), civil war (145), coding (109), computers (115), cultures (292), engineering (141), environment (254), politics (124), psychology (60), religions (120), shakespeare (98), sociology (24), world war 1 (87), world war 2 (169)
In the Classroom
Choose short university lectures related to your current unit (e.g., history, literature, or psychology). Have students summarize key takeaways and connect them to class topics. Assign a relevant Open Culture lecture for homework, then use class time for guided discussion, problem-solving, or creative applications of the concept. Form small groups where students take different Open Culture courses and share summaries or key insights with the class, encouraging collaboration and exposure to diverse subjects.Add your comments below (available only to members) | Become a Member
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The Physics of Thrills: Rollercoaster Adventures - Funderstanding
Grades
6 to 8
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The Physics of Thrills is a seventh-grade science and physics unit (approximately 180 minutes) designed to engage students in understanding the foundational concepts of kinetic and...more
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The Physics of Thrills is a seventh-grade science and physics unit (approximately 180 minutes) designed to engage students in understanding the foundational concepts of kinetic and potential energy through the dynamic and captivating context of roller coasters. Aligned with middle school physical science goals, it challenges students to understand, apply, and analyze the energy transformations that occur during motion--helping them connect theoretical physics to real-world experiences.
tag(s): energy (139), forces (46), friction (12), gravity (52), motion (56)
In the Classroom
Have students create a scaled drawing or 3D model of a roller coaster using Delightex reviewed here, labeling where potential and kinetic energy are at their highest and lowest points. Using foam tubing and marbles, have students build tracks that demonstrate changes in speed and height, then measure and record how these changes relate to energy transformation. Provide students with data on a hypothetical coaster, such as height, mass, and speed. Challenge them to calculate potential and kinetic energy at different points and discuss the accuracy of their predictions.
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VideoTutor - VideoTutor
Grades
2 to 12
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This AI-powered platform creates engaging, animated explainer videos from your simple prompt or image. VideoTutor primarily covers STEM and language topics and is especially helpful...more
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This AI-powered platform creates engaging, animated explainer videos from your simple prompt or image. VideoTutor primarily covers STEM and language topics and is especially helpful for students preparing for standardized tests, such as the ACT and SATs; however, the site also offers explainer videos on addition facts for students as young as second grade. Begin by creating an account and "check in" to receive two credits each day. Earn additional credits by referring others to earn free credits. Create a video by adding a prompt to explain a topic or uploading an image to explain. VideoTutor creates your video, ready to watch, download, or share. Use the chat feature that is next to the video to ask questions and receive additional support. Sign in to VideoTutor with your email or Google. Members can generate videos in English or Chinese.
In the Classroom
Share this resource with students as a helpful tool for studying for standardized tests or as a support aid for your current curriculum. Share helpful videos on your class website or create a collection of videos using Wakelet, reviewed here to have readily available for student use. Extend student learning by asking them to create tutorials to share with their classmates using Powtoon, reviewed here.Add your comments below (available only to members) | Become a Member
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CalculateHow - Review And Judge LLC
Grades
4 to 12
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CalculateHow is a free online website that offers a large collection of easy-to-use calculators and tools for students, teachers, and everyday users. It includes math calculators for...more
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CalculateHow is a free online website that offers a large collection of easy-to-use calculators and tools for students, teachers, and everyday users. It includes math calculators for topics such as percentages, scientific notation, and geometry, along with tools for physics, finance, time and date calculations, unit conversions, health related calculations, and random generators. The site is designed to make complex calculations faster and clearer. Teachers can use it as a quick reference to check answers, model problem-solving steps, or support math and science lessons with real-world examples and hands-on practice.
tag(s): area (54), calculators (36), financial literacy (93), game based learning (304), percent (62)
In the Classroom
Have students use the time card calculator to compute work hours based on sample employee schedules, reinforcing addition, subtraction, and time-telling skills. Assign historical figures or events and ask students to calculate how long certain events lasted (e.g., the hours of the D-Day invasion, the time between major events), thereby promoting historical analysis and elapsed-time skills. Have students track the time they spend reading or working on ELA tasks throughout the week. They can then graph the data using Class Tools, reviewed here and write a short analysis of their reading habits.Add your comments below (available only to members) | Become a Member
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GeeksforGeeks School - GeeksforGeeks School
Grades
8 to 12
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GeeksforGeeks School is a comprehensive academic learning hub designed primarily for middle and high school students (starting around grade 8). The site offers structured learning resources,...more
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GeeksforGeeks School is a comprehensive academic learning hub designed primarily for middle and high school students (starting around grade 8). The site offers structured learning resources, including concept explanations, practice questions, quizzes, mock tests, and assignments, to help teachers and students assess understanding and build mastery. Content spans a wide range of subjects, including Math, Physics, Chemistry, Biology, English, Social Studies, Commerce, and Computer Science, with a strong emphasis on problem-solving and skill development. GeeksforGeeks School is especially useful for independent practice, remediation, and enrichment, as well as for students preparing for exams or strengthening foundational skills across core subject areas.
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tag(s): coding (109), Microsoft (55), problem solving (275), puzzles (163), quizzes (91), test prep (71)
In the Classroom
Students can take the practice quizzes and mock tests from the site. Students can take notes using NotebookLM, reviewed here. Students can do a show what you know video using Free Online Screen Recorder, reviewed here.Add your comments below (available only to members) | Become a Member
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Inspirational Women in STEM- Amelia Earhart - Science Sparks
Grades
2 to 5
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Introduce your students to the inspiring legacy of Amelia Earhart through a blend of history and hands-on science with Science Sparks' Inspirational Women in STEM - Amelia Earhart resource....more
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Introduce your students to the inspiring legacy of Amelia Earhart through a blend of history and hands-on science with Science Sparks' Inspirational Women in STEM - Amelia Earhart resource. This engaging webpage provides a brief fact file on Earhart's groundbreaking achievements in aviation, complemented by interactive STEM activities for young learners. Students can explore concepts such as gravity by creating paper spinners, delve into aerodynamics by designing and building paper-plane launchers, and understand the difference between mass and weight through simple experiments. These activities not only reinforce scientific principles but also celebrate Earhart's pioneering spirit, making them ideal for elementary classrooms aiming to integrate science, history, and discussions on gender equality in STEM fields.
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tag(s): aircraft (25), gravity (52), mass (22), STEM (370), women (189), womenchangemaker (78)
In the Classroom
Guide students in making paper spinners to explore how shape and size affect flight. Have students test different designs and record which spinner falls the slowest or spins the longest. Tie this into Earhart's role as a pilot and the science behind aircraft movement. Set up a simple experiment where students compare mass and weight using scales and small objects. Connect the concept to Earhart's long-distance flights and the importance of fuel and weight in aircraft design. Using rubber bands, cardboard, and paper, have students design and test their own paper plane launchers. Challenge them to modify their planes for distance or accuracy, and relate the activity to innovation in aviation. After completing the science activities, students can create a comic strip using Free Comic Strip Maker reviewed here or an illustrated poster that highlights both Amelia Earhart's accomplishments and one science concept they explored (e.g., gravity or aerodynamics).Add your comments below (available only to members) | Become a Member
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PBS's Physical Science Collection - PBS's Physical Science Collection
Grades
K to 12
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Explore videos, interactive activities, teaching materials, and more on the topics of the Periodic Table, Thunder and Lightning, the Electromagnetic Spectrum, Newton's Laws of Motion,...more
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Explore videos, interactive activities, teaching materials, and more on the topics of the Periodic Table, Thunder and Lightning, the Electromagnetic Spectrum, Newton's Laws of Motion, Describing Motion, Torque, and many more. Filters allow for grade level, resource type, and sorting. Examples of videos include: Why Are Planets and Moons Spherical?, NOVA, Bizarre Spinning Toys, Physics Girl, Defy Gravity! Balancing Balls on Air and Centripetal Force. Some Interactives are Keiki's Impulse Game, Skydiving, and Tennis Ball Cannon. Webpages on Newton's Laws of Motion, Gravity, and Circular Motion are available. Everything includes support materials for the teachers' section and correlations to state standards.
tag(s): magnetism (37), newton (24), periodic table (49)
In the Classroom
After learning about Newton's Laws of Motion, students can create a book with examples using Book Creator, reviewed here. Students can use Seesaw, reviewed here to write new information that they learned after watching the videos. Students can use Padlet, reviewed here to post questions that they have after watching videos.Add your comments below (available only to members) | Become a Member
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24 Elementary Force and Motion Experiments & Activities - Teach Junkie
Grades
3 to 8
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Teach Junkie: 24 Elementary Force and Motion Experiments & Activities offers a collection of activities and resources that teach about texture, gravity, incline, and simple machines....more
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Teach Junkie: 24 Elementary Force and Motion Experiments & Activities offers a collection of activities and resources that teach about texture, gravity, incline, and simple machines. Links to ramps with different textures, building a basketball hoop, viscosity race, how a lever works, and more are featured on the site. YouTube videos on Newton's Laws of Motion and Newton's Laws of Motion Song are also available.
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tag(s): gravity (52), motion (56), science fairs (20), simple machines (21), STEM (370)
In the Classroom
Students can use Online Voice Recorder, reviewed here to record themselves conducting the experiment. Students can use Seesaw, reviewed here as a journal to post what happened during their experiment. Finally, students can use Google Keep, reviewed here to write notes while they are conducting their experiments.Add your comments below (available only to members) | Become a Member
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13 Activities and Lessons to Teach Potential and Kinetic Energy - Science Buddies
Grades
3 to 9
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The activities featured from Science Buddies are aligned with the Next Generation Science Standards and offer hands-on learning opportunities. Lessons plans offered are: Paper Roller...more
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The activities featured from Science Buddies are aligned with the Next Generation Science Standards and offer hands-on learning opportunities. Lessons plans offered are: Paper Roller Coaster, Popsicle Stick Catapult, Popsicle Stick Chain Reaction, Paper Airplane Launcher, Paper Ball Run, Wall Marble Run, Rubber Band-Powered Car, Marble Roller Coaster, Mini Trebuchet, Ping Pong Catapult, Cotton Ball Launcher, Balloon Car Lesson Plan, and Swinging Pendulum. Each lesson includes a summary, introduction, materials, prep work, instructions, and YouTube videos. Additional sections offer: What Happened review, Digging Deeper, and For Further Exploration. To view the lessons, you will have to create a free account.
In the Classroom
Students can use Padlet, reviewed here to post questions that they have as they conduct their experiment. Students can use Free Screen Recorder Online, reviewed here to record themselves as they are experimenting. Finally, students can use Time Graphics Timeline Maker, reviewed here to write step-by-step instructions that they took as they experimented.Add your comments below (available only to members) | Become a Member
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Force And Motion Science Experiments - Science Fun for Everyone
Grades
3 to 8
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Discover easy experiments you can do at home at this site! Experiments include Strength Test, Magic Ball, Balance a House on Your Finger, Rocket Balloon Blast, Build Your Own Balance...more
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Discover easy experiments you can do at home at this site! Experiments include Strength Test, Magic Ball, Balance a House on Your Finger, Rocket Balloon Blast, Build Your Own Balance Buddy, and more. Each experiment lists materials, instructions, how it works, and make this a science project.
tag(s): energy (139), forces (46), motion (56), science fairs (20)
In the Classroom
Students can use Padlet, reviewed here to post questions that they have as they conduct their experiment. Students can use Free Screen Recorder Online, reviewed here to record themselves as they are experimenting. Finally, students can use Time Graphics Timeline Maker, reviewed here to write step-by-step instructions that they took as they experimented.Add your comments below (available only to members) | Become a Member
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Bill Nye The Science Guy: Energy - Bill Nye The Science Guy
Grades
3 to 8
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Bill Nye The Science Guy: Energy is a thirty-minute YouTube video. The Science Guy explains how energy makes things happen. He also shows how to convert energy can from one ...more
Here is the direct link to share this resource review. Feel free to copy and paste this URL into an email or place it on your web page or blog so others can read this TeachersFirst review:
Bill Nye The Science Guy: Energy is a thirty-minute YouTube video. The Science Guy explains how energy makes things happen. He also shows how to convert energy can from one form to another. Finally, he shares how it affects us.
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tag(s): conversions (38), energy (139)
In the Classroom
Students can use Google Drawings, reviewed here to compare and contrast potential and kinetic energy. Students can use Padlet, reviewed here to post their questions or reflections after watching the video. Students can use Book Creator, reviewed here to create different types of energy books.Add your comments below (available only to members) | Become a Member
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