Deflection of these particles by an external (*) field creates a transverse voltage in the Hall effect.
These objects diffuse slowly, with a drift velocity proportional to time between collisions, but they easily move through an empty lattice, in the Drude-Sommerfeld [DROO-duh SUM-er-feld] model. The hydraulic analogy explains their movement. Recombination occurs between these objects and holes. Deflection of these particles by an external (*) field creates a transverse voltage in the Hall effect. The left-hand rule is used for the magnetic field created by these particles. These particles move against conventional current. The oil drop experiment measured their charge. For 10 points, name these particles that flow through electrical circuits, which have a negative charge.
These objects diffuse slowly, with a drift velocity proportional to time between collisions, but they easily move through an empty lattice, in the Drude-Sommerfeld [DROO-duh SUM-er-feld] model.
electrons