Does a constant magnetic field cause a current?

[x86]

(1) I previously learned that a constant magnetic field causes a force on any electrons within its range. Clearly, this force would cause electrons to move. Isn't this creating a current?

(2) However, now apparently I am told that the only varying magnetic fields can create a current. I.e., turning a magnetic field on and off.

I am confused about this. Doesn't the first statement imply that a constant magnetic field can create a current?

 

[davenn]

hi x86

The force on a charge (electron) from a magnetic field is proportional to q x v (law of Biot-Savart). If v = 0, ( ie. the magnetic field and the electron are stationary) there is no force.

(2) However, now apparently I am told that the only varying magnetic fields can create a current. I.e., turning a magnetic field on and off.

That's correct, so ...
1) turn magnetic field on and off
2) just moving the magnet ( field)
3) or by moving the conductor in a magnetic field.

There has to be relative motion between the field and the conductor

Dave