Magnet Myths and Misconceptions

[MileHigh]

I could spend hours wording an educational essay but anyone that has been following, will see that every post I have already posted is just that! Instead, I will let a Picture say a Thousand words: (I wonder if you can guess where the equator is?)

Pictures of the world and ferrofluid have already been rejected Chris as not advancing your argument.  You mocked my "travel through a magnet" discussion as being silly.  What I said was real, it's your pictures that are silly!

I am going to find a good magnetic field example from my favourite YouTube guy who is a teacher in real life.  You look at his paper talk and if you know basic calculus it will help also.  I will come back in a follow-up posting with the link or links,  Please watch the clip(s) because they will be the real thing.

We are still waiting for you to make a case for your claims.

MileHigh

[tinman]

I could spend hours wording an educational essay but anyone that has been following, will see that every post I have already posted is just that! Instead, I will let a Picture say a Thousand words: (I wonder if you can guess where the equator is?)

There is defently a field transition at the center of the dipole . The field to the left of the dipole center is different to that of the right of the dipole center.

[poynt99]

EMJ,

Is it your understanding that a Bloch wall exists in a simple energized solenoid electromagnet?

What is your understanding of the characteristics of the magnetic field around an energized straight piece of wire?

.99

[MileHigh]

There is defently a field transition at the center of the dipole . The field to the left of the dipole center is different to that of the right of the dipole center.

This is wrong.  The field is fundamentally the same.  The center of the dipole will have the highest strength field, but the direction of the field does not change.  On either side of the center line of a magnet or a solenoid the field is essentially the same.  On either side of the center line the field will be slightly less strong as determined primarily by the geometry but this is not significant.

I have asked Chris about half a dozen times now to define the "Bloch wall" at the center of a magnet and he won't do it.

[MileHigh]

Chris:

Take a look at this clip.   "The Magnetic Field due to a Toroid."

This clip is real science.  There is no "Bloch wall" in sight.  He uses techniques similar to my "traveling through a magnet."

Look at the formula, all of it is derived through logical deductive reasoning, nothing else.

https://www.youtube.com/watch?v=pCSHcftPAIM

This is real science, the real deal without any funny shenanigans going on.