Which of the following statements is FALSE regarding the ‘Drift’ of charge carriers?

Question

It is the dominant carrier transport mechanism when an electric field is applied in the semiconductor. Holes move in the direction opposite to that of the applied field. During drift, the carrier transport is characterized by their respective electron/hole mobilities. During drift, electrons and holes move in opposite directions

Answer 1

Holes move in the direction opposite to that of the applied field.

Positive charges move in the direction of the E field, by definition.

Answer 2

Holes move in the direction opposite to that of the applied field.

Answer 3

During drift, electrons and holes move in opposite directions