- #1
caljuice
- 70
- 0
Say I have a closed metal rectangular shaped wire in a region with a magnetic field.
If the magnetic flux is constant, there is no induced current, no experienced force, and no EMF?
If I start the changing the magnetic flux, I suppose by increasing the magnetic field, there will be an induce current and it'll start experiencing a magnetic force?
What if the magnetic field is constant but we move the wire at some speed? The flux is the same, which should mean no induced current or will F= qv x B come into play here since the wires are simply a collection of charges? If the charges experience a force then they'll move and an induced current will happen? Thanks.
If the magnetic flux is constant, there is no induced current, no experienced force, and no EMF?
If I start the changing the magnetic flux, I suppose by increasing the magnetic field, there will be an induce current and it'll start experiencing a magnetic force?
What if the magnetic field is constant but we move the wire at some speed? The flux is the same, which should mean no induced current or will F= qv x B come into play here since the wires are simply a collection of charges? If the charges experience a force then they'll move and an induced current will happen? Thanks.