EG for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that ?->(Show Answer!)

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1. 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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MCQ->EG for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore it can be concluded that....

MCQ->EG for silicon is 1.12 eV and that for germanium is 0.72 eV. Therefore, it can be concluded that....

MCQ->Assertion (A): Silicon is preferred over germanium in manufacture of semiconductor devices. Reason (R): Forbidden gap in silicon is more than that in germanium.

MCQ->Assertion (A): Germanium is more commonly used than silicon. Reason (R): Forbidden gap in germanium is less than that in silicon.

MCQ->Assertion (A): Silicon is less sensitive to changes in temperature than germanium. Reason (R): It is more difficult to produce minority carriers in silicon than in germanium.

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