Computer Programming
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AP Computer Science Buffer vs Cache for use with Schoology
30 scenario-based multiple-choice questions in which students distinguish between Buffer and Cache. Each question presents a realistic scenario requiring students to classify or apply the correct concept. For computer science, technology, and digital literacy courses. Use as a bell ringer, exit ticket, unit review, sub plan, homework, or test prep activity for the computing and computer architecture unit. No more printing or correcting, in an LMS it corrects itself! No more passing out the p
9th - 12th, Adult Education, Higher Education
Chemistry, Physical Science, Physics
AP Computer Science Binary vs Hexidecimal for use with Schoology
30 scenario-based multiple-choice questions in which students distinguish between Binary and Hexadecimal. Each question presents a realistic scenario requiring students to classify or apply the correct concept. For computer science, technology, and digital literacy courses. Use as a bell ringer, exit ticket, unit review, sub plan, homework, or test prep activity for the computing and number systems unit. No more printing or correcting, in an LMS it corrects itself! No more passing out the pa
9th - 12th, Adult Education, Higher Education
Chemistry, Physical Science, Physics
AP Computer Science Bandwidth vs Latency for use with Schoology
30 scenario-based multiple-choice questions in which students distinguish between Bandwidth and Latency. Each question presents a realistic scenario requiring students to classify or apply the correct concept. For computer science, technology, and digital literacy courses. Use as a bell ringer, exit ticket, unit review, sub plan, homework, or test prep activity for the networking and computing unit. No more printing or correcting, in an LMS it corrects itself! No more passing out the papers,
9th - 12th, Adult Education, Higher Education
Chemistry, Physical Science, Physics
AP Computer Science Analog vs Digital for use with Schoology
30 scenario-based multiple-choice questions in which students distinguish between Analogue and Digital. Each question presents a realistic scenario requiring students to classify or apply the correct concept. For computer science, technology, and digital literacy courses. Use as a bell ringer, exit ticket, unit review, sub plan, homework, or test prep activity for the computing and technology unit. No more printing or correcting, in an LMS it corrects itself! No more passing out the papers,
9th - 12th, Adult Education, Higher Education
Chemistry, Physical Science, Physics
TED Talk: The High-Stakes Race to Make Quantum Computers Work- Chiara Decaroli
Unlock the mysteries of quantum computing with this engaging TED-Ed companion resource! Perfect for high school and college classrooms, this activity dives into the physics, technology, and challenges behind the next frontier of computation. Includes 20 thought-provoking discussion questions, a structured essay prompt, and a full debate topic exploring whether governments should fund this groundbreaking technology now or wait for further development. Great for sparking curiosity in science, te
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Other (Science), Physics
TED Talk: Have We Reached the Limit of Computer Power?- Sajan Saini and George
This TED-Ed companion resource explores one of the most important concepts in modern computing—Moore’s Law—and what happens when we reach its limits. Through engaging visuals and cutting-edge science, students will discover the physical, economic, and environmental challenges shaping the future of microchip design. Perfect for high school or college courses in STEM, environmental science, engineering, or technology ethics, this resource includes: 20 thought-provoking discussion questions An exp
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Physics
MouseMoveGraph... graph your mouse or finger movements!
Moving the computer mouse (or your finger) creates position/time and velocity/time graphs...And also distance/time and speed/time graphs... A simple app that graphs the position, velocity, distance, and speed of a computer mouse (or your finger) against time. This app opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks. MouseMoveGraph does work on Android things, iPads and iPhones, although iPhones are a bit small.
8th - 12th
Math, Physical Science, Physics
VITRIFICATION: AN AMAZINGLY INTERESTING PROCESS
This is intended for a homework assignment or computer lab activity investigating this interesting process in chemistry. Use it for your gifted students, and college students. Use it for your chem students, earth science students, and physics. Knowledge is power! Thanks for visiting and supporting our humble shop.
8th - 12th, Adult Education, Higher Education
Chemistry, Earth Sciences, Physics
What’s Your Engineering Archetype? - Problem-Solving Personality Quiz
There is no single way to build the future. Whether your students are drawn to massive structural blueprints or the hidden logic of a computer network, this quiz helps them unlock their unique "Engineering Vibe." It’s the perfect tool to show every student that they have a vital place in the world of innovation and creation. The 4 Engineering Archetypes:The Architect (The Planner): The "big picture" visionary who focuses on the blueprint stage and values precision, structural integrity, and long
Not Specific
Engineering, Other (Science), Physics
Wave Maker
A free HTML5 3-D simulation that draws a transverse sine wave of variable frequency, wavelength, amplitude and speed using a 'machine'. This simulation opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks . Wave Maker works on iPads and tablets... iPhones and android phones are a bit small..
7th - 12th, Adult Education, Higher Education
Engineering, Physical Science, Physics
Collision2
Collision2 One Dimensional Collision Simulation... Change the mass, rotational inertia, linear and angular velocities, dimensions and coefficient of linear restitution of two different objects, then collide them. See the collision from different angles and also the calculations needed to find final angular and linear velocities. This simulation opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks. Works on iPads etc., but it's a bit tiny on
9th - 12th, Adult Education, Higher Education
Engineering, Physical Science, Physics
Types of Scientific Models Infographic Poster
Types of Scientific Models: Physical, Mathematical, Conceptual, and Computational Help students understand the different ways scientists represent and study complex systems using scientific models. This visually engaging infographic introduces the four major types of scientific models used in science and engineering. Students learn how scientists use physical models, mathematical equations, conceptual diagrams, and computer simulations to investigate and explain the natural world. Perfect fo
6th - 12th, Adult Education, Higher Education
General Science, Physical Science, Physics
TED Talk: Your Phone’s Camera isn’t as Good as you Think- Rachel Yang
This TED-Ed companion resource explores the science and technology behind smartphone cameras, focusing on image sensors, photosites, computational photography, and machine learning. Students learn why hardware improvements are reaching physical limits and how software bridges the gap to produce high-quality images. Includes 20 rigorous discussion questions, an expanded essay prompt, and a multi-perspective debate topic—perfect for STEM, physics, computer science, and digital media courses. G
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Other (Science), Physics
Refraction Simulation
Refraction of light in 3DSelect:refractive indicesangle of incidencequestion modecalculationspoint of view of observerauto-rotation of incident rayShow:incident ray and its anglerefracted ray and its anglereflected ray and its angletotal internal reflectionAdjust viewing angle using mouse/trackpad/fingerZoom using mouse wheel/trackpad/fingersThis simulation opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks. ProjectileSim does work on iPads, And
9th - 12th, Adult Education, Higher Education
General Science, Physical Science, Physics
ProjectileSim
ProjectileSim...Simulates the path of a projectile that lands at any height. Change, using sliders or touch: velocity (size and direction)acceleration due to gravity height at which projectile landsShow:velocity (size and direction) and components over entire pathmaximum heightrangetimerulersgraphs of x, v, a, K and Ug.'stop every second'This simulation opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks. ProjectileSim does work on iPads, and o
9th - 12th, Adult Education, Higher Education
Physical Science, Physics
Force, resultant, vector, and equilibrium Simulation (and not a worksheet!)
Equilibrium Simulation...Given a set of force vectors, can you determine the equilibrant force?An object drifting though space experiences one to five forces (user determined). Determine the force that cancels them all out, the equilibrant, the negative of the resultant force. The simulation shows the force vectors as rectangular coordinates or as forces in newtons. This HTML5 simulation opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks. Pro
9th - 12th, Adult Education, Higher Education
Engineering, Physical Science, Physics
NGSS
HS-PS2-1
3D Ray Diagram Simulation
3D Ray Diagram Sim...The standard ray diagram in 3D... Select:Focal length (converging or diverging lens)Object distanceObject heightLens radiusDistance of optional screen from lensChoose to see or not see virtually all aspects of the ray diagram except the lens itself.Adjust viewing angle using mouse/trackpad/fingerZoom using mouse wheel/trackpad/fingers This simulation opens in all recent popular computer browsers (Chrome, Firefox, Safari, Edge, Opera) and Chromebooks. ProjectileSim does work
8th - 12th, Higher Education
General Science, Physical Science, Physics
3D Magnetic force Simulation
3D Magnetic Force on Wire in B-Field Simulation...3DMagneticForceSim.html Select:I: Electric current in conductorL: Length of conductorB: Magnetic field strengthθ: Angle of current against magnetic fieldAdjust an angle that doesn't change the magnitude of the magnetic force (!)Show:Choose to show the magnetic force, its direction and magnitude.Choose to show the calculation of B, the magnetic field strength.Adjust viewing angle using mouse/trackpad/finger Zoom using mouse wheel/trackpad/fingers
9th - 12th, Adult Education, Higher Education
Physical Science, Physics, Robotics
Video Analysis Lab BUNDLE - Kinematics - Free online software!
Objectives: For the labs in this bundle, students use a free video analysis website to collect and analyze real-world data. In one of the labs, students use a video of a falling object to find the acceleration of gravity. In another lab, students analyze a video of a projectile to see that the velocity in the x-direction is constant while the velocity in the y-direction changes. These could be used before or after students have learned about these topics (inquiry-based or not). What equipment i
10th - 12th, Higher Education
Physical Science, Physics
Everything in My Store All 500 WS Activities, Crafts, Posters & More
🌟 Your Full Resource Library (921+ Worksheets, Pre‑K–12)A comprehensive, classroom‑ready collection spanning science, STEM, space exploration, environmental studies, early learning, and creative projects. 🚀 Space, NASA & Rocket ScienceEarly Physics — 3Rocket Physics — 4Rocket Science — 6Space Travel — 7NASA — 7NASA & Space Exploration — 7Life Cycle of… — 2The Water Cycle — 4🌍 Earth, Environment & ConservationConservation & Preservation — 3Water Conservation — 6Earth Day — 11My World — 16🧪 S
Not Specific
Applied Math, Physics, Reading
CCSS, NGSS
K.CC.A.1
, K.CC.A.2
, K.CC.A.3
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TED Talk: The Hidden Network that Makes the Internet Possible- Sajan Saini
Take your students inside the hidden infrastructure of the internet with this TED-Ed companion resource on fiber optics and integrated photonics. This lesson unpacks how glass fibers carry pulses of light across the globe, how total internal reflection traps information within them, and how photonic chips are reshaping the future of data centers and wireless communication. Students will explore the science of light, the challenges of global bandwidth, and the innovations driving us toward hyper
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Physics
TED Talk: How much does a video weigh?- Michael Stevens
This high school resource explores how curiosity drives learning, using engaging scientific questions to introduce concepts like light, energy, and digital information. Best for: STEM, Physics, Media Literacy, ELA Includes: • 20 discussion and comprehension questions • Analytical essay prompt • Structured essay with paragraph guidance and sentence starters • Classroom debate activity • Critical thinking discussion questions Grades: 9–12, College, Adult Ed | Print-and-go
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Other (ELA), Physics
TED Talk: Is there a limit to technological progress?- Clément Vidal
This TED-Ed companion resource explores how scientists think about the future of technological progress using the Kardashev and Barrow Scales. Students examine energy use, scale, and the search for intelligent life while considering whether civilization faces true technological limits. What’s included: 20 high school/college-level discussion questionsA clear, expanded essay promptA scaffolded essay prompt with sentence startersA structured debate topic with balanced perspectivesIdeal for astrono
9th - 12th, Adult Education, Higher Education
Astronomy, Computer Science - Technology, Physics
TED Talk: How Do Self Driving Cars “See”?- Sajan Saini
Bring cutting-edge science into your classroom with this TED-Ed companion resource on LIDAR and integrated photonics. Students learn how lasers, interference, and miniature chips give self-driving cars “smart eyes” with millimeter precision. Includes: 20 critical discussion questions Structured essay prompt Expanded debate topic Ready-to-use resource for STEM, physics, or technology lessonsPerfect for high school and college students, this resource bridges physics, engineering, and real-world a
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Physics
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