#DIYscience

[alinagentry90]

How to Make Bed of Nails Science Project

Creating a bed of nails science project is a fun way to demonstrate pressure distribution. Here's how to make it:

Materials:

Wooden board (base)

Many nails (with flat heads)

Hammer

Safety goggles

Ruler and pencil

Protective gloves

Instructions:

Preparation: Wear safety goggles and gloves for protection.

Marking: Use the ruler to mark a grid on the wooden board. Space the marks evenly, about 2 cm apart.

Nailing: Carefully hammer nails into the board at each marked spot, ensuring the nails are straight and evenly spaced. The flat heads should all be at the same height.

Testing: Once all nails are in place, gently press a soft object (like a foam pad) on the nails. The weight will be evenly distributed across the nails, reducing the pressure at any one point.

Conclusion: The bed of nails demonstrates how pressure is distributed over a large area, making it safe to lie on without getting hurt.

[6footsixmro]

Paper Jet with luncher #papercrafts #craft #craftbeer #diycrafts #paperc...

[thedailydigitaldrop]

Celebrate love with this vibrant pink hearts tumbler wrap featuring gold foil and rich black background. Perfect for personalized Valentine’s gifts and romantic occasions. Download now! #ValentinesGift #TumblerWraps #DIYScience #WahGwanDigi #Valentines Day #tumbler design #digital download #pink hearts #black background #romantic gift #love drinkware #DIY tumbler #printable pattern #no physical item #instant download #gift for her #romantic pattern http://dlvr.it/TLSHJ1

[zirconiabeads]

Grinding Secrets Revealed! 🏆🔧 The Power of Zirconium Beads Beadszirconia.com #GrindingTips #ZirconiumBeads Hey Family! 😜 Today, I'm sharing some essential grinding knowledge with you. Discover how zirconium beads can transform your grinding process with their shear and extrusion crushing forces. Learn about the impact of specific gravity on grinding efficiency and get a handy formula for calculating the total kinetic energy of zirconium beads! 🤓✨ #GrindingTips #ZirconiumBeads #MaterialScience #IndustrialTech #LabTips #DIYScience #ChemistryHacks #GrindingEfficiency

[rajendra314]

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#scienceexperiments #diyprojects #studfentinnovation #schoolscience #stemeducation #handonlearning #projectkit #educationalexperiment #innovativestudents #STEMprojects #SchoolInnovation #learnbydoing #diyscience #ExperimentKit #studentcreators #sciencediscovery #schooltech #curiousminds #FutureScientists #educationalkit

[d0nutzgg]

Raspberry Pi Projects

Raspberry Pi is a tiny computer that packs a punch! It's a single board computer that's small enough to fit in the palm of your hand, but powerful enough to run a variety of projects. Whether you're a beginner or a seasoned pro, there's a Raspberry Pi project for you.

One of the most popular projects for Raspberry Pi is creating your own media center. With software like Kodi, you can turn your Raspberry Pi into a streaming device that can play all of your favorite movies and TV shows. You can even add a touch screen and use it as a portable media center.

Another popular project is creating a retro gaming console. With software like RetroPie, you can emulate all of your favorite classic games and play them on your Raspberry Pi. You can even connect it to a TV or monitor and use it as a standalone gaming console.

Raspberry Pi can also be used for home automation projects. You can use it to control lights, thermostats, and other smart devices in your home. You can even use it to set up a security system or create a smart mirror.

Raspberry Pi is also great for learning to code. You can use it to learn programming languages like Python and Scratch. There are also a variety of educational resources available that can help you learn how to code and build projects with Raspberry Pi.

Overall, Raspberry Pi is a versatile and affordable computer that can be used for a wide range of projects. Whether you're into gaming, home automation, or coding, there's a Raspberry Pi project that's perfect for you. So why not give it a try and see what you can create!

[diy]

Have you checked out these science challenges yet?

We think all of our challenges on DIY are worth trying but what makes our science challenges so special, you ask? While having fun you’re also understanding the building blocks to many scientific principles - and that’s pretty COOL!

This week, we’re sharing with you some of our favorite science challenges:

1. Let’s begin with How to Create a Parachute – it’s quite simple (as long as your parachute flies in the end)! 

2. The best way to know if an object conducts electricity is to NOT touch it with your bare hands. Here’s where an electricity tester comes in handy. Try building one!

3. Want to see like an insect? Possibly the easiest science challenge on the list shows you how: Build compound eyes out of straws.

4. Learn how to build a camera lens – the way you experiment with photography will change after creating this! 

5. How about transforming energy into sound? Build a noisemaker!

We hope you have fun. Don’t forget to share your projects with us!

[codingheroesonline]

View this post on Instagram

A post shared by Richard Campbell (@aiinyourclass)

😉How to make a mars rover at home ?👍 #mars #rover #marsrover #diy #diyproject #diyscience #stem #stemproject #stemkids #stemeducation #diyelectronics #raspberrypi #codinglife #roboticsclub #arduino #codingheroes #engineering (at Busan, South Korea) https://www.instagram.com/p/Bw1h74ThzW7/?utm_source=ig_tumblr_share&igshid=ul4iycesvgz4

[sciencetech0]

𝗔𝗖𝗢𝗨𝗦𝗧𝗜𝗖 𝗟𝗘𝗩𝗜𝗧𝗔𝗧𝗜𝗢𝗡 𝗨𝗦𝗜𝗡𝗚 𝗜𝗡𝗧𝗘𝗡𝗦𝗘 𝗦𝗢𝗨𝗡𝗗 𝗪𝗔𝗩𝗘𝗦 Acoustic levitation takes advantage of the properties of sound to cause solids, liquids and heavy gases to float. The process can take place in normal or reduced gravity. In other words, sound can levitate objects on Earth or in gas-filled enclosures in space. 📌 Follow for more...@sciencetech.0 #physicsexperiment #physicsproject #physicsexperiments #physicsfun #physics #Physics #scienceexperimentsforkids #sciencefairproject #science #scienceexperiment #scienceexperiments #sciencefairprojects #sciences #scienceillustration #diyscience #acousticlevitation https://www.instagram.com/p/Bu0tziLhbGl/?utm_source=ig_tumblr_share&igshid=1e0de1z7x2re9

[deangrahamrpg]

“Anything worth doing is worth overdoing.”

(please be safe out there)

https://m.youtube.com/watch?v=DNiTvodF7i8

[technariumas]

Welcoming speakers & mentors of Science Hack Day Vilnius 2018

We're very excited to have some awesome DIY science & open science practitioners and advocates coming to Science Hack Day Vilnius 2018, all doing amazing work and research. Each speaker will present ~10 minute talk on their work & ideas on open science. They will also be mentoring hackathon participants throughout the weekend, so grab them if you think they can help you with your project idea!

[Ieva from M-LAB, mentoring at the previous SHDV]

First of all, we will have Lucy Patterson - one of the organizers of Science Hack Day Berlin, who gave us the idea to organize our own Science Hack Day in the first place! Lucy is a freelance science hacker, community organiser, an active advocate for DIY science: the practice or application of science outside of an institutional context, typically for civic or cultural purposes. She is part of the Berlin collective space and community, Lacuna Lab, focussed on hybrid art practices involving science and technology, and usually works as a freelance event organiser and community manager. She lives in Berlin but is originally from the UK, and has a background in molecular biology.

Yo Yehudi is joining us from Cambridge. Yo runs Code is Science, a project working to promote the importance of open source code in science. She's also a 2018 Software Sustainability Institute Fellow, a recent Mozilla Open Leadership program graduate, and by day she works as a software engineer on the open source project InterMine, based at the Department of Genetics at the University of Cambridge. Yo was "recruited" for Science Hack Day Vilnius during the last Mozilla festival, MozFest2017 😎

Margaret Gold is also joining us from the UK. Margaret is a mobile industry veteran now applying mobile and web technologies to participatory science at the Natural History Museum in London. For more than 15 years she has worked with entrepreneurs and inventors to launch new businesses to market, has helped corporates to expand their offerings with innovative new products and services, and has run creative collaboration events (such as Hack Days and ThinkCamps) that apply technologies in new fields.

Eglė Marija Ramanauskaitė - one of the organizers of Science Hack Day Vilnius, is a science communicator, educator and researcher at the intersection of life and social sciences. She is Citizen Science Coordinator at the Human Computation Institute. Trained as a molecular biologist and education scientist, her interests include open science, grassroots and DIY science and the hacker movement.

We are pleased to welcome Dr. Saulius Gražulis - a professor at the Joint Life Sciences Center, Vilnius University, and a fellow hacker. Saulius studied biophysics in the Moscow Institute of Physics and Technology. He then completed his PhD thesis at the Munich technical university in the field of protein X-ray crystallography. He is now actively developing the Crystallography Open Database (COD, http://crystallography.net) and other resources related to it, as well as advocating for the importance of knowledge sharing and open science.

Dr. Sergejus Orlovas from FTMC will be a mentor for participants of M-LAB photonics challenge.

Last but not least, members of Kaunas Makerspace, Technarium and M-LAB will be here to help as well!

[alinagentry90]

Build a Balloon Car | STEM Activity

Embark on an exciting journey into the world of STEM with a thrilling DIY project – building a balloon-powered car! This hands-on activity is not just a fun way to spend an afternoon but also a fantastic opportunity to explore basic principles of physics and engineering. To get started, gather materials like a balloon, a lightweight chassis (think cardboard or foam board), straws for axles, and wheels made from bottle caps. Assemble the car by attaching the wheels to the axles and securing the axles to the chassis. Next, carefully affix the balloon to the back of the car. The magic happens when you inflate the balloon and then release it – watch as your balloon car zooms across the room! This simple experiment demonstrates Newton's third law of motion, showcasing how air escaping from the balloon propels the car forward. This STEM activity not only sparks creativity but also teaches valuable lessons in physics and engineering. Plus, it's an engaging way to inspire a love for science in young minds. So, gather your materials, inflate those balloons, and let the learning (and fun!) begin!

[natskies1]

Appreciation from little geniuses keeps us going. We've added new batches for this week. Enroll your kids for exciting astronomy and space science workshops on @playydate_ We encourage the creative thinking and pack our online astronomy modules with DIY activities and fun games Book our astronomy workshops on www.playydate.in or get in touch with us on 9175029979 #Astronomy🌕 & #spacescience #keepexploring Do like and share🤗 #onlineclasses #onlinelearning #alien #cosmos #universe #pune #mumbai #maharashtra #education #astronaut #diyscience #diy (at Online) https://www.instagram.com/p/CBaUFL4pURs/?igshid=1l3bn41064y0a

[joshuadavidart]

"Homeschool" project turned wall art: Cruising the Solar System in our family spaceship. Scroll to the last photo to see how I painted perfectly circular dashed lines. Also note, we teach the truth about Pluto's planethood in our house! #space #painting #acrylicpainting #art #science #joshuadavidsmith #spaceship #scifi #scifiart #scienceproject #homeschooling #artistsoninstagram #solarsystem #pluto #illustration #diyscience #diyproject #spaceartwork #cartoon #comicart #parenting #teachersofinstagram #teachingideas #schoolproject #teacherlife (at Texas) https://www.instagram.com/p/CAi5JEBjbmg/?igshid=mosyuh0ryd5s

[scifest-korea]

Diy Spinnig CD

간단한 재료들을 이용하여 만들어보는 CD 팽이 만들기.

www.scienceteam.co.kr

[threebeansplaytime]

Can you catch a bubble?! Why don’t you check out our latest video on YouTube to see how it’s done! This is a super cool and super easy science experiment for kids to do at home. Check out the video description for the full science behind it (in simple terms) and examples of a few variables that you might like to change too. Link is in bio (https://www.youtube.com/c/threebeansplaytime) #threebeansplaytime #3beansplaytime #catchingbubbles #howtocatchabubble #catchingbubblesisfun #simplescience #athomelearning #athomescienceexperiments #diyscience #youtubekids #kidsyoutubers #youtubefamily #smallyoutubers #funscience https://www.instagram.com/p/B-XH5aYnzmn/?igshid=18t31971ceu2v