Could you give some links to what you are saying about fringing of magnetic fields?Shreya said:
See Answer 1 at https://physics.stackexchange.com/q...es-law-violated-if-there-are-no-fringe-fieldsberkeman said:
That's exactly what I meant. I am sorry. I should have been more elaborate. Thanks Haruspex.haruspex said:
Could you please explain what you meant by boundary conditions?berkeman said:
Fringing of electric field refers to the phenomenon where the electric field lines extend beyond the edges of a charged object. This occurs because the electric field lines are continuous and do not abruptly end at the surface of the object.
Fringing of electric field can decrease the electric field strength near the edges of the charged object. This is because the electric field lines are spread out over a larger area, resulting in a weaker field compared to the center of the object.
Yes, fringing of electric field can be observed in real life. For example, if you rub a balloon on your hair and then hold it near a small piece of paper, you will see the paper being attracted to the balloon due to the fringing of electric field.
The shape of a charged object can greatly affect the fringing of electric field. Objects with sharp edges or corners will have a stronger fringing effect compared to objects with smooth, rounded edges.
Yes, fringing of electric field is important in practical applications such as designing electronic circuits and antennas. Engineers must take into account the fringing effect when designing these systems to ensure they function properly.