Marble Roller Coaster Pipe Insulation

The pipe insulation roller coaster project is one of the most enjoyable projects i ve ever used in class.

Marble roller coaster pipe insulation.

There will be different teams and each team will have to make a roller coaster the team whose marble takes the most time to reach the ground would win. Cut the foam tubing in half and you have a track for a marble to roll down. The foaming can be taped on the wall using masking tape and moved around to make a roller coaster. Tape the loop to the floor to hold it in place.

How to build a marble roller coaster. This project has a few things that help this work. It was my second year teaching physics. Design and build a roller coaster for marbles to travel on.

Imagine you are a roller coaster engineer and must design a new roller coaster. I thought we could do better. You ll build a roller coaster track for marbles using foam pipe insulation and masking tape and see how much of an initial drop is required to get the marble to loop the loop it s a great way to learn about how stored energy potential energy is converted into the energy of motion kinetic energy. Enjoy the videos and music you love upload original content and share it all with friends family and the world on youtube.

Curl one end of a piece of pipe insulation into a loop roughly 1 foot in diameter. During the unit on energy the book we were using frequently used roller coasters in their problems. There will be extra points for loops and hills. Make sure tape is not blocking the inside of the channel it s ok to tape have tape on the inside just make sure it is pressed flat and will not block the marble.

One of them is one of newton s laws of motion that says that an object in motion will stay in motion and an object in rest will stay in rest. We even had a little roller coaster to use with photo gates. You can build a roller coaster from the foam tubes that are often used for pipe insulation. Marble roller coasters are fun and easy to build.

Change the height of the first hill.