Learn how to make a simple Newton's Cradle, the classic science project demonstrating momentum!
Try this cool STEM project~ build a working hydraulic elevator out of popsicle sticks and syringes! It's a cool science and engineering project for kids.
Love basketball? Build gaming skills and engineering skills, in this Basketball Game STEM Project, plus explore the physics of basketball.
Mini Wave Model: A little wave goes a long way! The mini wave model is small but mighty. With just a few minutes of set-up, it's just as good at demonstrating as its bigger siblings. This is a great model for waves that move, reflect, stand, and wiggle, perfect for…
Magnetic Levitating Pencil: Magnetic levitation or MAGLEV is a method by which an object is suspended in air with the support of magnetic field.The two primary issues involved in magnetic levitation are lifting forces: providing an upward force sufficient to counteract gravity…
Build a candle carousel and investigate how the amount of heat under the blades affects how quickly they spin.
Don't lose your marbles with this fun law of momentum lesson. Grab some marbles, and toilet paper rolls to try out this science lesson.
Learn how to build a catapult cannon in this STEM activity, then play a game that explores physics and math. All inspired by Mr. Bean!
Try this cool STEM project~ build a working hydraulic elevator out of popsicle sticks and syringes! It's a cool science and engineering project for kids.
With a little hot glue, paperclips, and a few spare parts you can transform an ordinary clothespin into a mini robot bug with glowing LED eyes that moves across smooth surfaces. The materials are super easy to come by making it a quick and fun DIY project that's guaranteed to please. Educators might also want
Make a ping pong ball float with EASY Bernoulli principle experiment demonstrating how airplanes fly. FUN physics science experiment!
STEM Challenge: build Da Vinci Bridge with Pencils. Step-by-step instruction, learn engineering design process, physics, force, ... | team work | science
CARDBOARD Robotic Hydraulic Arm: Hello Instructables! In this Instructables we will be showing you how to make your very own Hydraulic Arm! This project focuses on the principles of hydraulic movements. To do that we made a small scale demonstration of a Robotic Hydraulic Arm. We …
There are growing popularities among online shopping and cardboard boxes can pile up quickly. Do you have a lot of cardboard boxes around the house?…
Can you make a pencil suspend in air by just using magents and without any support. Learn the science of Magnetic Levitation with basic materials.
Learn how to build an art bot that scribbles and creates unique pieces of art as it moves around a piece of paper. Hands on STEAM for kids.
Learn how energy is transfered from one object to another in this newton's cradle experiment which will amaze kids of all ages!
Build a simple speaker from a paper plate, some magnets, and wire.
MAKE subscriber "Cobbler" sent us this video and a note: Remember the first issue? Here's my video of the homopolar motor project that was featured there.
Learn how to make a simple Newton's Cradle, the classic science project demonstrating momentum!
Vibrations from sounds can make the coolest patterns. Make your own Chladni plate and see what patterns you can create.
Students will learn all about the five different energy types with this Forms of Energy Printable. It can be printed in color or black and white. You may choose to project it during a lesson or print it for student notebooks and/or your bulletin board. Forms of Energy Printable
Easy FAST DC MOTOR: Hi everyone. This is my 1ST instructable so please be easy with your comments. In this instructable I'm gonna show how to make an EASY FAST DC MOTOR.
DIY Low Cost Spectrometer: Being a final-year undergraduate student majoring in physics, I believe that labs and practical experiments are just as important as the theory when it comes to subjects like physics. Lab sessions and experiments provide tangible results which often…
Kids are going to be amazed at how this “train” moves using...
