Yes, so it's been a couple of days during which I've been looking up some videos on youtube () and reading articles (https://sites.tufts.edu/eeseniordesignhandbook/2015/maglev-magnetic-levitating-trains/) to grasp how currents and magnetic fields interact between each other during a maglev train ride. I also found out that two types of maglev trains exist, but for my work I will focus only on electrodynamic suspension trains. I also come across a report of functioning maglev trains that has all kind of datas, so it would be awesome if we can come up with a problem involving these real life figures. It is located at this url (https://www.osti.gov/servlets/purl/10134413) and the pages that treat eds systems are the 54 and 56. Thanks for your attentionberkeman said:Welcome to PhysicsForums.
If I understand correctly, you are asked to come up with a homework-like problem about MagLev trains and solve that problem?
What reading have you been doing about MagLev in general and trains in particular? Can you posts to your reading so far? Thanks.
Do you mean equation 24? If so, can you describe your understanding up to that point, and what confuses you? B versus H usually involves the material that the magnetic field is in:paulcaimp said:
Yes, maglev trains can be used for exercise in certain ways. While they are not typically designed for exercise purposes, there are ways to incorporate them into a workout routine.
Maglev trains can be used for exercise by incorporating them into a cardio workout routine. This can include running or jogging alongside the train, or using the train as a resistance tool for strength training exercises.
Yes, there are safety concerns to consider when using maglev trains for exercise. It is important to follow all safety guidelines and regulations when exercising near or on a maglev train track. It is also recommended to consult with a professional trainer before incorporating maglev trains into a workout routine.
Using maglev trains for exercise can provide a unique and challenging workout experience. It can also improve cardiovascular health, increase muscle strength and endurance, and improve overall fitness levels.
One potential drawback of using maglev trains for exercise is the limited availability of maglev train tracks and the potential for safety hazards. It is also important to note that maglev trains are not specifically designed for exercise, so they may not provide the same level of control and variety as traditional exercise equipment.
