<span> In conclusion weather does affect the way a magnetic train</span>
levitates. Temperature affects a magnetic levitating train
<span>because when it’s cold it runs a lot faster, the magnets ride closer together and with less effort to move ahead. The result in the end is temperature does affect how the train runs. Japan right now has developed a super-cooled superconducting electromagnetic train. These magnets can conduct electricity even after the power supply has been shut off. By also chilling these coils to a frigid temperature that are connected to the tracks and magnets Japan has manage to save energy. This result could tell people where the best place is to set up levitating trains.</span>
This train is a great transportation method. This will run year
<span> round and will be great for the economy and will</span>
<span> get you where you need to go even faster than ever.</span>
<span> It will run better in cold climates because it runs faster and</span>
smoother in cold weather. It takes less effort and does not
<span>produce CO2. This will help lots of people because they can ride</span>
<span>this train and not drive their car, which will save the planet.</span>
I'd make up a lie on how I have a school work project that I'm doing to help someone.
the particles in solids move slower and tend to be smaller so they are packed in smaller together wich creates the partical to move slower . hope this helped have a nice day .
Answer:
<h3>early 15c., "uninterrupted connection of parts in space or time," from Old French continuité, from Latin continuitatem (nominative continuitas) "a connected series," from continuus "joining, connecting with something; following one after another," from continere (intransitive) "to be uninterrupted," literally "to hang together" </h3>
<h3 />
