The addition of n type impurity to intrinsic material creates allowable energy levels. ?->(Show Answer!)

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1. The addition of n type impurity to intrinsic material creates allowable energy levels.

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MCQ->The addition of n type impurity to intrinsic material creates allowable energy levels.....

MCQ->The addition of p type impurity to intrinsic material creates allowable energy levels.....

MCQ->Assertion (A): The conductivity of p type semiconductor is higher than that of intrinsic semiconductor. Reason (R): The addition of donor impurity creates additional energy levels below conduction band.

MCQ->Assertion (A): Acceptor extrinsic semiconductor has higher conductivity than intrinsic semiconductor.Reason (R): Addition of p-type impurity produces an allowable discrete energy level just above valence band.

MCQ->What is correct about the following program? #include class Addition { int x; public: Addition() { x = 0; } Addition(int xx) { x = xx; } Addition operator + (int xx = 0) { Addition objTemp; objTemp.x = x + xx; return(objTemp); } void Display(void) { cout<< x << endl; } }; int main() { Addition objA(15), objB; objB = objA + 5; objB.Display(); return 0; }....

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