Skip to main content
added 163 characters in body
Source Link

A single charge cannot produce a static magnetic field. It can produce a time-dependent magnetic field. It is also a relativity effect because both electric and magnetic fields are changed with change of the reference frame.

In a moving reference frame (or when the charge moves) one observes not only electric, but also a magnetic field $\mathbf{H}'\propto\mathbf{V}\times\mathbf{E}$

A single charge cannot produce a static magnetic field. It can produce a time-dependent magnetic field. It is also a relativity effect because both electric and magnetic fields are changed with change of the reference frame.

A single charge cannot produce a static magnetic field. It can produce a time-dependent magnetic field. It is also a relativity effect because both electric and magnetic fields are changed with change of the reference frame.

In a moving reference frame (or when the charge moves) one observes not only electric, but also a magnetic field $\mathbf{H}'\propto\mathbf{V}\times\mathbf{E}$

Source Link

A single charge cannot produce a static magnetic field. It can produce a time-dependent magnetic field. It is also a relativity effect because both electric and magnetic fields are changed with change of the reference frame.