- #1
Emc2brain
- 22
- 0
Hall Effect!
Hey guys, I'm having a little confusion. Have spent too much time in trying to work through this. . .
In performing the Hall Effect experiment, I took data of the Hall voltage versus Temperature. I performed this three times for different fixed B, magnetic fields. The conversion factor for temperature (degrees celsius) to volts is 40 microvolts/Kelvin (not even sure if we use this here?). In the attachment there is a graph of vH vs. T for some B. I feel like I am a blind mouse, I'm confused as to what I am to derive from this relationship. Perhaps the resistivity relationship, but again, not sure. If anyone has any insight I would be most thankful.
I have completed another portion of the experiment vH versus B (for fixed T). Here I obtained a linear relationship. From this I could easily calculate the Hall Coefficient, RH. So I have that completed; its the former that is giving me trouble.
Thanx
Hannah
Hey guys, I'm having a little confusion. Have spent too much time in trying to work through this. . .
In performing the Hall Effect experiment, I took data of the Hall voltage versus Temperature. I performed this three times for different fixed B, magnetic fields. The conversion factor for temperature (degrees celsius) to volts is 40 microvolts/Kelvin (not even sure if we use this here?). In the attachment there is a graph of vH vs. T for some B. I feel like I am a blind mouse, I'm confused as to what I am to derive from this relationship. Perhaps the resistivity relationship, but again, not sure. If anyone has any insight I would be most thankful.
I have completed another portion of the experiment vH versus B (for fixed T). Here I obtained a linear relationship. From this I could easily calculate the Hall Coefficient, RH. So I have that completed; its the former that is giving me trouble.
Thanx
Hannah