Tag Archives: Science and Magnets.

Final Maglev Design Process Reflection

Final Design Process Reflection  

By: Brady

Team Members: Sammy and Sofia .S

For our first track design we used eighteen ring magnets and for our car design we used five disc magnets. We arranged our ring magnets in the track by making four squares and putting one magnet inside each square. For our car we placed our magnets in a square with one disc magnet in the square.  To hold everything in place we used tape by making little loops and putting the magnets on top.

One problem my group faced is that the disc and ring magnets weren’t letting the car move across the track and . We think it was attracting because the car wouldn’t move across the track. The sides of the magnet must’ve attracted but we needed it to repel. To solve our problem instead of using ring and disc magnets we used strip magnets. We used two long strip magnets and two short strip magnets.

For our final design we used strip magnets for our car and track. For our car we used two short strip magnets. For our track we used two long magnets. We arranged our magnets by putting the long strip magnets on each side of the track one on each side same for the car but with small strip magnets. We lined the magnets on the car and the track up so they can match and the car can move along the track.

While my group was working I felt excited a little because I wanted to see if it would work and I felt frustrated because we tried so many ideas but most of them weren’t working. When we finally got it to work  we got excited. I thought at first that this was going to take forever.

 

Maglev Reflection

Final Maglev Design Process Reflection

By: Sammy

Team Members: Brady, Sofia S.

Our first design was thirteen ring magnets on the track and on the car we had five disc magnets. Picture three sets of five magnets similar to five dots on a dice. Picture this on the bottom of the car five disc magnets similar to five dots on a dice.

One problem our group faced was the magnets kept attracting. The magnets kept attracting because the sides were attracting. The way we solved the problem was we made sure the magnets lined up.

Our final design was to lay two strip magnets on the edge of the box. Picture this on the track we layed two strip magnets on the edge of the box. Our car looked the same but with two short strip magnets on the edge of the car instead of two long strip magnets.

One of the thoughts I had doing this project was I was determined to make the car float  after seven tries we got it right. Another thought I had was I thought the project would be easier because  all we had to do was to make a foam square repel and glide across a track.