EG for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that-A-the conductivity of silicon will be less than that of germanium at room temperatureB-the conductivity of silicon will be more than that of germanium at room temperatureC-the conductivity of two will be same at 60°CD-the conductivity of two will be same at 100°C-A-the conductivity of silicon will be less than that of germanium at room temperature

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EG for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that-A-the conductivity of silicon will be less than that of germanium at room temperatureB-the conductivity of silicon will be more than that of germanium at room temperatureC-the conductivity of two will be same at 60&deg;CD-the conductivity of two will be same at 100&deg;C-A-the conductivity of silicon will be less than that of germanium at room temperature

APTITUDE CRACK · Accepted Answer

The correct option is  A the conductivity of silicon will be less than that of germanium at room temperature No answer description is available.

Electronic Devices and Circuits

Q1: E_G for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that

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Electronic Devices and Circuits

Q1: EG for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that

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For help Students Orientation Mcqs Questions

Q1: E_G for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that

For help Students Orientation
Mcqs Questions