Question

In the general world view of magnetism, magnetic fields arise from : stationary color charges

Answer 1

Answer:

The correct option is "moving electric charges or currents".

Explanation:

Magnetic field is used to  define as a field that surrounds a current carrying conductor or moving electric charge by virtue of which it exerts a force on another current carrying conductor or a moving charge itself.

The magnetic field generated by a moving charge is given by

$B=\frac{\mu _{o}q}{4\pi }\times \frac{v\times r}{|r|^{3}}$

where

q = is the magnitude of charge

v = is the velocity vector of the moving charge

r = is the position vector of the point at which the field is calculated

|r| = is the magnitude of position vector.

Similar the magnetic field generated by a current carrying conductor is given by

$B=\frac{\mu _{o}I}{4\pi }\times \int \frac{dl\times r}{|r|^{2}}$

where

I is the current

The integration is carried out along the whole length of conductor.

Also since magnetic mono poles do not exist or their existence is not confirmed until now so it is not an appropriate option.