Force due to the magnetic field, force due to electric field Semiconductors can have either positive or negative charge carriers, and the setup below is widely used in industry to characterize the mobility and sign of the charge carriers. L Positive charge h B Negative charge B (a) Draw the charge distribution that results if the charge carrier is positive. (b) Draw the charge distribution that results if the charge carrier is negative. (c) After equilibrium is established, draw the magnetic force on a positive charge carrier.
Force due to the magnetic field, force due to electric field Semiconductors can have either positive or negative charge carriers, and the setup below is widely used in industry to characterize the mobility and sign of the charge carriers. L Positive charge h B Negative charge B (a) Draw the charge distribution that results if the charge carrier is positive. (b) Draw the charge distribution that results if the charge carrier is negative. (c) After equilibrium is established, draw the magnetic force on a positive charge carrier.
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