The charges moving inside a conductor experience a magnetic force if the conductor is placed in a magnetic field, resulting in a potential deference called Hall Voltage. If the direction of B (into the plane of the paper) and / (towards up) are as shown in the figure, In which face of the conductor does the electron tend to accumulate due to this effect.
The charges moving inside a conductor experience a magnetic force if the conductor is placed in a magnetic field, resulting in a potential deference called Hall Voltage. If the direction of B (into the plane of the paper) and / (towards up) are as shown in the figure, In which face of the conductor does the electron tend to accumulate due to this effect.
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The charges moving inside a conductor experience a magnetic force if the conductor is placed in a magnetic field, resulting in a potential deference called Hall Voltage. If the direction of B (into the plane of the paper) and / (towards up) are as shown in the figure, In which face of the conductor does the electron tend to accumulate due to this effect.
a) Face 1
b) Face 2
c) Face 3
d) Face 4
Transcribed Image Text:The charges moving inside a conductor experience a magnetic force if the conductor is placed in a magnetic field, resulting in a potential
deference called Hall voltage. If the direction of B (into the plane of paper) and / (towards up) are as shown in the figure, in which face of the
conductor does the electron tend to accumulate due to this effect?
(2)
B
(3
4
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