The given semiconductor should be identified and after doping the produced semiconductor type should be determined. Concept Introduction: Semiconductor: The electrical conductivity of the substance increases when the temperature increases. In normal temperature conductivity of the substance is equal to insulator. N-type semiconductor: The host substance is doped by more valence electrons containing substance give n-type semiconductor. The conductivity of the host substance is increases when the valence electrons containing substance are doped. P-type semiconductor: The host substance is doped by less valence electrons containing substance give p-type semiconductor. Molar mass : The mole present in the gram of substance is called molar mass. Molar mass = Mass g mole ...... ( 1 )

Question

Choose the options that would form a p-type semiconductor. Choose all that would make a p-type semiconductor, there may be more than one. Antimony doped with Germanium Germanium doped with Phosphorus Tin doped with Arsenic Silicon doped with Aluminum Arsenic doped with Tellurium

Answer 1

Question

Chapter 10, Problem 157IP

Interpretation Introduction

Interpretation:

The given semiconductor should be identified and after doping the produced semiconductor type should be determined.

Concept Introduction:

Semiconductor:

The electrical conductivity of the substance increases when the temperature increases.

In normal temperature conductivity of the substance is equal to insulator.

N-type semiconductor:

The host substance is doped by more valence electrons containing substance give n-type semiconductor.

The conductivity of the host substance is increases when the valence electrons containing substance are doped.

P-type semiconductor:

The host substance is doped by less valence electrons containing substance give p-type semiconductor.

Molar mass:

The mole present in the gram of substance is called molar mass.

Molar mass = Mass g mole......(1)

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