- #1
SherlockHolmie
- 14
- 1
In my textbook, it is talking about the Hall Effect on a flat conductor with width w carrying a current i in a uniform magnetic field perpendicular to the plane of the strip. It says that this will create a potential difference of V=E/w where E is the induces electric field from the electrons moving to the right side of the material.
In normally, E=volts/meter, but here, we have E=volts*meter.
Doing deeper dimensional analysis based on V=E/w, we get kg*m^2/(s^3*(A)=(kgm/(s^3*A))/m=kg/(s^3*A) where A is current, which is false.
Why is this potential difference formula different?
Thanks
In normally, E=volts/meter, but here, we have E=volts*meter.
Doing deeper dimensional analysis based on V=E/w, we get kg*m^2/(s^3*(A)=(kgm/(s^3*A))/m=kg/(s^3*A) where A is current, which is false.
Why is this potential difference formula different?
Thanks