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wbrad320
When two magnets are taped together with both north sides touching does the magnetic flux stay in its normal possition or does it bend, if it does in what way does it bend?
wbrad320 said:Are flux lines made of some type of sub-atomic particle, or is it kind of like gravity in that the magnets sense each other as the Sun and Earth do, yet there is nothing actuall conecting them.
wbrad320 said:You can't see the questions I asked so I'll tell you here. In the drawn scenario does the flux of one magnet go through the poles of the other magnet? Does the flux keep its strength? Or does the flux alter its course to avoid the flux of the other magnet.
wbrad320 said:Are flux lines made of some type of sub-atomic particle
I'm not sure about that 5th point...also there's a 9th point but again I'm really very much in ambiguity about that.1.A line can only emerge from a positive charge and terminate on a negative charge (that is if it emerged/terminates, I has terminated/emerged somewhere).
2.The distribution of the lines alter under presence of another field(s).
3.They try to contract in length.
4.They cannot cross each other.
5.dbt1>Electrical lines of forces will repel each other if its origin is from the same polarity of charge, else they'll attract. This point is deviated from the original source, the original source says if lines are parallel they will repel else try and merge which I don't agree and even see practically.
6.Fields cannot cross each other.
7.The number of lines leaving or terminating on source charges depends on the intensity of the charges.
8.All lines of forces leave at right angles to the surface.
Yes, magnetic flux can bend. It refers to the amount of magnetic field passing through a given area. When a magnetic field encounters a change in direction or strength, it can cause the flux lines to bend.
Magnetic flux bends when it encounters a change in direction or strength of the magnetic field. It can also bend when it passes through a material with different permeability or when it interacts with other magnetic fields.
The shape of an object can affect the direction and strength of the magnetic field passing through it, which in turn can affect the bending of magnetic flux. For example, a cylindrical shape can concentrate the magnetic field, causing the flux lines to bend towards the center.
No, the bending of magnetic flux is not always uniform. It depends on the strength and direction of the magnetic field, as well as the shape and materials the flux is passing through. In some cases, the flux may bend more in certain areas than others.
Yes, the bending of magnetic flux can be controlled by manipulating the strength and direction of the magnetic field. This is often utilized in various technologies, such as MRI machines and particle accelerators, to precisely direct and focus the magnetic flux.