For a semiconductor, the conductivity is a function of the products of the number of charge carriers and their mobilites. As result, if the temperature of a slab of intrinsic silicon increases, how does its conductivity vary?-A-DecreasesB-IncreasesC-Remains unaffectedD-Increases or decreases depending upon the rise in temperature-B-Increases

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B Increases No answer description is available.

Electronic Devices and Circuits - Engineering

For a semiconductor, the conductivity is a function of the products of the number of charge carriers and their mobilites. As result, if the temperature of a slab of intrinsic silicon increases, how does its conductivity vary?

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Electronic Devices and Circuits - Engineering

For a semiconductor, the conductivity is a function of the products of the number of charge carriers and their mobilites. As result, if the temperature of a slab of intrinsic silicon increases, how does its conductivity vary?

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For help Students Orientation Mcqs Questions

For help Students Orientation
Mcqs Questions