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Use T if it's True and F if it's False. Justify I. A semiconductor is characterized by having a very wide forbidden band, between conduction and valence. II. The band of the Energetic Interval where there are those electrons that can move freely and are free from the attraction of the atom is called conduction. III. In a semiconductor with donor atoms (for example P in Si), the donor level is just below the conduction band. IV. A diode will conduct current in only one direction and act as an open circuit when the current tries to move in the opposite direction.

Use T if it's True and F if it's False. Justify I. A semiconductor is characterized by having a very wide forbidden band, between conduction and valence. II. The band of the Energetic Interval where there are those electrons that can move freely and are free from the attraction of the atom is called conduction. III. In a semiconductor with donor atoms (for example P in Si), the donor level is just below the conduction band. IV. A diode will conduct current in only one direction and act as an open circuit when the current tries to move in the opposite direction.

Modern Physics
Modern Physics
3rd Edition
ISBN:9781111794378
Author:Raymond A. Serway, Clement J. Moses, Curt A. Moyer
Publisher:Raymond A. Serway, Clement J. Moses, Curt A. Moyer
Chapter12: The Solid State
Section: Chapter Questions
Problem 12P
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Use T if it's True and F if it's False. Justify 

I. A semiconductor is characterized by having a very wide forbidden band, between conduction and valence.
II. The band of the Energetic Interval where there are those electrons that can move freely and are free from the attraction of the atom is called conduction.
III. In a semiconductor with donor atoms (for example P in Si), the donor level is just below the conduction band.
IV. A diode will conduct current in only one direction and act as an open circuit when the current tries to move in the opposite direction.

 

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