Would there be resulting force if a current carrying wire was to run parallel within a permanent magnet?

Question

If you know the answer could you explain why please? Thanks

Answer 1

Yes. When electricity is transmitted it forms a magnetic force perpendicular to its transmission direction (this is how generators and motors work). Depending upon the polarity of the magnet and the direction of the electrical force the wire would either be attracted to the magnet or repelled by it.

Answer 2

Sure every wire carring a current produces a magnetic field which would interact with a magnet.

Answer 3

ABSOLUTELY there would be a difference in potential. - There IS a difference in potential (Potential hill) that would be created by these two metals. - Depending upon the type of current (Direct Current or Alternating Current) that is introduced through the wire.
The opposing currents (implying an A.C. supply) would present the opposing force to create Voltage.
The result would become VOLTAGE (potential hill) SOURCE.

Answer 4

The magnetic stress is cost circumstances speed bypass magnetic container. So the main substantial valuable stress is together as that's shifting perpindicular to the sector. to establish the sector itself, located your appropriate thumb contained in direction of the currents and enable your hands wrap around to teach you the sector direction. So p.c. the area the fields are optimal appropriate (alongside with up quite of canceling). Which of the three strategies has the proton shifting around the sector at its optimal appropriate ingredient?????