Magnetic train science fair project

Measure how the number of magnet "brakes" changes the stopping distance for a train sliding down a hill.

With this kit you can experiment with levitating objects and construct your own maglev track. Build a magnetic track with strong but not too strong! Nd magnets and create a levitating train setup. The kit uses super-strong magnets that can be harmful if swallowed. Adult supervision is required during construction and operation. No superconductors or liquid nitrogen needed. Suitable for kids and adults alike; an easy introduction to magnetism.

Magnetic train science fair project

Measure how the distance between a levitating train and the tracks changes as you add weight to the train. Does a train without wheels sound crazy? How could a train possibly move along the tracks without wheels? Trains that hover just above the tracks are actually possible due to magnetic levitation , or maglev for short. These trains use powerful magnets to stay in the air. Magnets generate a magnetic field. This magnetic field can push or pull on other nearby magnets, or generate a force. In the case of a maglev train, this magnetic force is used to push against the train's weight. Weight is the force that pulls an object down toward the earth because of gravity. If the magnetic force is strong enough, it can overcome the train's weight and push it up into the air! Figure 1 shows a diagram of the forces acting on the maglev train that you will build in this project. In this project you will add weights to your train and measure the distance between the bottom of the train and the tracks. What happens when you add weight to the train? Will it still levitate? Try this project to find out!

Have you ever wanted to build a train that can float above a pair of magnetic tracks?

Problem - I will be designing and building a functioning magnetic train. I will also test if the more or less magnets put onto the train will make the train go faster. Hypothesis - I believe that I will be able to build the train and it will work properly and fully go through the copper wire and that the most magnets will make it travel faster. Gather all required materials - copper wire, magnets, and a AAA battery. Magnetic Train.

One popular science experiment we are often asked about is the magnetic levitating train. We built a basic version of this experiment to highlight some of the challenges and solutions of a project like this. Of course, once you figure out the basic setup we've built here, you could let your imagination run wild and build some really cool tracks! This simple craft can help you understand the basic magnetic principles that go into MagLev trains. It's amazing that with the use of magnets, a train can be travel at over mph!

Magnetic train science fair project

How do you take copper wire, a battery and magnets and make electric train? In this simple but awesome Instructable I'm going to show you that! Video tutorial. When you combine magnets, a conductor and movement you get electricity and when you combine electricity and a conductor you get a magnetic field. When you combine this magnetic field, with another magnetic field provided by the magnets you get movement! In step 2 I will first explain how the "train" works. When the battery is placed inside the coil and both magnets are touching the coil it produces a closed circuit between the two magnets, and current flows.

Baal runs diablo 2

For a more advanced project, you can use a camera to film the train as it slides down the ramp. In this project, you used a stack of books to elevate one side of the track. This project explores topics key to Industry, Innovation and Infrastructure : Build resilient infrastructure, promote sustainable industrialization and foster innovation. Read more. Coil the copper wire 3. Figure 8. Quantum Levitation Maglev Kit. Hypothesis - I believe that I will be able to build the train and it will work properly and fully go through the copper wire and that the most magnets will make it travel faster. A magnetic stopper at one end of the track. Home Mission Copyright Privacy Disclaimer. It's not as smart as you are, and it may occasionally give humorous, ridiculous, or even annoying results! If you happen to use a bipolar or multipolar magnetic tape, you can repolarize it. For this test, you would keep the number of magnets in your stopper constant and change the angle of your ramp. Trains that hover just above the tracks are actually possible due to magnetic levitation , or maglev for short.

Measure how the distance between a levitating train and the tracks changes as you add weight to the train. Does a train without wheels sound crazy?

For a more advanced project, you can use a camera to film the train as it slides down the ramp. Proceeds from the affiliate programs help support Science Buddies, a c 3 public charity, and keep our resources free for everyone. Adjust any problems with the train if needed 6. This site uses cookies from Google to deliver its services and to analyze traffic. The plastic angle pieces on this track are too far apart, allowing the wooden block to tip over. The magnets used in this experiment show that the platform can float above the tracks. If you are having trouble with this project, please read the FAQ below. These trains use powerful magnets to stay in the air. Trains that hover just above the tracks are actually possible due to magnetic levitation , or maglev for short. Hypothesis - I believe that I will be able to build the train and it will work properly and fully go through the copper wire and that the most magnets will make it travel faster. Our Experts won't do the work for you, but they will make suggestions, offer guidance, and help you troubleshoot. The plastic angle pieces on this track are too far apart, allowing the wooden block to tip over. Graph -.