The general rule says that resistance increases in conductors with increasing temperature and decreases with increasing temperature in insulators. In the case of semiconductors, typically, the resistance of the semiconductor decreases with the increasing temperature.
The resistance decreases with an increase in temperature. The resistance is directly proportional to the temperature.
The number of charge carriers in semiconductors is lesser than that of insulators. Semiconductors like Silicon and Germanium include lesser charges than those of metals but has more charges than insulators.
Answers & Comments
The general rule says that resistance increases in conductors with increasing temperature and decreases with increasing temperature in insulators. In the case of semiconductors, typically, the resistance of the semiconductor decreases with the increasing temperature.
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Answer:
Explanation:
The resistance decreases with an increase in temperature. The resistance is directly proportional to the temperature.
The number of charge carriers in semiconductors is lesser than that of insulators. Semiconductors like Silicon and Germanium include lesser charges than those of metals but has more charges than insulators.
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