Post History
calculate the voltage that will center the magnetic field of a coil This is not possible since the voltage has no effect on the position or shape of the magnetic field. The position and shape are...
Answer
#2: Post edited
by
Olin Lathrop
·
2022-12-05T12:53:27Z (almost 2 years ago)
- <blockquote>calculate the voltage that will center the magnetic field of a coil</blockquote>
- This is not possible since the voltage has no effect on the position or shape of the magnetic field. The position and shape are fixed by the position and shape of the coil.
- <blockquote>calculate the voltage that will center the magnetic field of a coil</blockquote>
- This is not possible since the voltage has no effect on the position or shape of the magnetic field. The position and shape are fixed by the position and shape of the coil.
- <blockquote>But the higher the tension, the wider the magnetic field</blockquote>
- No, as I already explained. This is assuming you mean "EMF" or "voltage" when you say "tension".
- <blockquote>the higher the current the stronger thos magnetic fields became</blockquote>
- Yes, but all parts of the field scale proportionally with the current. The shape of the magnetic field caused by the coil remains the same.
#1: Initial revision
by
Olin Lathrop
·
2022-12-04T22:52:05Z (almost 2 years ago)
<blockquote>calculate the voltage that will center the magnetic field of a coil</blockquote> This is not possible since the voltage has no effect on the position or shape of the magnetic field. The position and shape are fixed by the position and shape of the coil.