Latest posts tagged with #FunPhysicsFriday on Bluesky
Our latest #FunPhysicsFriday article presents a teaching approach that combines a concise historical overview of Planck's constant h with a simple experiment in which students determine its value from measurements on a photovoltaic panel ⚛️. Join the fun here: https://ow.ly/ftBe50YpUkR #education
#Quantummechanics meets computational thinking in this week's #FunPhysicsFriday experiment! This article investigates using computational Python exercises to teach quantum mechanics, analyzing conceptual understanding and students' experience: https://ow.ly/immQ50Ylj7E #quantumphysics #programming
This #FunPhysicsFriday, you can demonstrate the Beer-Lambert law using items you already have in your kitchen! This activity connects the concept of exponential absorption with everyday materials. Discover a memorable learning experience in #optics and #spectroscopy here: https://ow.ly/gGl150Yilmr
Our latest #FunPhysicsFriday article details the development of a gamified computer program that teaches students to construct free-body diagrams using the ADDIE model as a framework and Scratch as the visual #programming language 💻. Check it out: https://ow.ly/U8xv50Ycx90 #physicseducation
If you have a glass slide, an LED light, and a smartphone, you have everything you need for this week's #FunPhysicsFriday experiment! Click here for the full article: https://ow.ly/kH1t50Y92sn
This #FunPhysicsFriday, we're myth-busting! You may have seen videos of perpetual motion devices based on Boyle's self-flowing flask - but how do they function in real life? With a few simple materials, you can build an engaging theoretical model to find out: https://ow.ly/21sJ50Y4xxj
#education
If you've been wanting to perform experiments with an air track but can't afford one, check out this week's #FunPhysicsFriday! Our latest article tests and compares a low-cost alternative made from medium-density fiberboard to the real thing - with surprising results: https://ow.ly/HwgG50Y0mw5
If something seems fishy about this week's #FunPhysicsFriday experiment, it's probably the subject 🐟! This paper describes a series of hands-on demonstrations to teach students about hydrostatic pressure and buoyancy using fish. Swim over to this link for more: https://ow.ly/MyTg50XWptU
#seducation
By integrating a metallic ball and loudspeaker into a closed electrical circuit, this week's #FunPhysicsFriday provides a free-fall apparatus that can precisely measure gravitational acceleration. Explore the intersection of simplicity, accuracy, and educational value here: https://ow.ly/6lQg50XTl4M
How can we help students visualize thermal equilibrium 🔥? Using a simple simulation code, this week's #FunPhysicsFriday experiment represents the thermalization process between two ideal gases as a game of kinetic billiards 🎱! Want to learn more? https://ow.ly/nKEX50XRbVp #physicseducation #coding
By using the Phyphox app and Python programming to conduct a biomechanical analysis of rowing, this week's #FunPhysicsFriday experiment will not only increase student engagement but also enhance their conceptual understanding of physics🚣. Paddle over to this link for more: https://ow.ly/sjKt50XL8Am
This #FunPhysicsFriday, we're bringing coronal mass ejections into the classroom ☀️! Using a rubber band and toy plane, students will learn about the physical principals behind CMEs in an experiment they'll never forget. Blast over to this link for more: https://ow.ly/HVga50XGzYa
#physicseducation
This #FunPhysicsFriday, we're unlocking the secrets of pi via experiment! Using household items, participants will be able to estimate the value of pi using body-to-body and wall-to-wall collisions. Get the full story here: https://ow.ly/Jobw50XxN2x #physicseducation #scienceexperiments
If you're reading this post on a smartphone, you have everything you need to participate in this week's #FunPhysicsFriday! This easy-to-implement activity explores the Fourier series using cell phone vibrations. Want to learn more? Check out this link: https://ow.ly/VLu150Xqfxe #physicseducation
In this week’s #FunPhysicsFriday let's dive into a fascinating study where high schoolers tackled electric and magnetic fields, revealing misconceptions. From treating magnets like charged poles to confusing field lines with particle paths: https://ow.ly/HJHy50Xnjew 👈
#physicseducation #OpenAccess
Things are heating up in this week's #FunPhysicsFriday experiment 🔥! Using a thermal camera, students will be able to observe and analyze skin temperature recovery using simple thermal models. The result? A hands-on activity they'll never forget: https://ow.ly/7f3N50XhbSp #physicseducation
This #FunPhysicsFriday, everyday objects become tools to explore inertia! By rolling a bouncy ball, battery, ping pong ball, and cardboard core down an inclined plane, students will discover rotational inertia in a way they'll never forget: https://ow.ly/j4li50Xbn7B #physicseducation
What do a coin, egg, and cylinder have in common? They can all be used in this week's #FunPhysicsFriday experiment! By spinning these objects on a horizontal surface, students will explore epicycles in an unforgettable way: https://ow.ly/UnxG50X84j4 #physicseducation #scienceexperiments
How can we make sound visible 🔊? This week's #FunPhysicsFriday experiment uses an easily reproducible variant of the schlieren technique to illustrate this phenomenon. Explore this accessible activity and join in on the fun here: https://ow.ly/65T850X5Nnh #physicseducation #scienceexperiments
A circuit diagram.
This #FunPhysicsFriday, we're using a #quantum computer simulation to explore entanglement! This experiment uses simulation hardware called the Quantum Teleportation & Superdense Coding toolkit to bring quantum mechanics to life in an unforgettable way: ow.ly/61GT50VCrOT 🧪 ⚛️
This week's #FunPhysicsFriday provides an exciting new twist on the classic inclined plane experiment! By rolling a variety of objects down an inclined plane, students can explore how shape, mass, and symmetry affect the moment of inertia. 🧪 ⚛️
Check it out: ow.ly/8aPh50Vxsjx #OpenAccess
How can we use Bluetooth and microcontrollers to revolutionize students' understanding of #programming?
This week's #FunPhysicsFriday experiment presents a simple way to open a wide range of learning opportunities with just a few lines of code!
Check it out: iopscience.iop.org/article/10.1...
Wondering what to do with that fidget spinner you haven't used in years? This week's #FunPhysicsFriday experiment uses a modified fidget spinner and a smart phone to teach rotational motion in an unforgettable way!
Join in the fun: iopscience.iop.org/article/10.1... 🧪⚛️
A hand holding a rock.
Did you know that you can find the star of this week's #FunPhysicsFriday experiment in your own backyard? Using just a simple rock, this article details a variety of experiments that can be used across a range of curricula and age ranges.
Check it out: ow.ly/LcfT50Vi7qx
#education #physics 🧪
