Silicon would form n-type semiconductors or p-type semiconductors with the given elements have to be explained. Concept introduction: n-type semiconductors in silicon: Solid semiconducting material having donor impurities are said to be n-type semiconductors, where “n” indicates negative which means the charge of the extra electron. p-type semiconductors in silicon: Semiconducting material having acceptor impurities are said to be p-type semiconductors, where, ”p” indicates positive. Silicon atom has totally 14 electrons among them 4 electors are considered as valence electrons and these 4 valence electrons plays main role when an impurity added to it. The formation of n-type or p-type semiconductors is depending upon using impurities either pentavalent or trivalent.

Question

Want to see the full answer?

Answer 1

Question

Chapter 21, Problem 21.22QP

Interpretation Introduction

Interpretation:

Silicon would form n-type semiconductors or p-type semiconductors with the given elements have to be explained.

Concept introduction:

n-type semiconductors in silicon: Solid semiconducting material having donor impurities are said to be n-type semiconductors, where “n” indicates negative which means the charge of the extra electron.

p-type semiconductors in silicon: Semiconducting material having acceptor impurities are said to be p-type semiconductors, where, ”p” indicates positive.

Silicon atom has totally 14 electrons among them 4 electors are considered as valence electrons and these 4 valence electrons plays main role when an impurity added to it.

The formation of n-type or p-type semiconductors is depending upon using impurities either pentavalent or trivalent.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

What is the main element used in the manufacture of solar cells. Explain how additional elements are used to change the conductivity of the material and produce N-type and P-type semiconductors

In the pyroxene kanoite, the formula unit has two SiO,2 units and is balanced by manganese and magnesium ions. Determine the formula unit of kanoite. Assume that the oxidation state of Mn is +2.

Modern commercial airliners are largely made of aluminum, a light and strong metal. But the fact that aluminum is cheap enough that airplanes can be made out of it is a bit of historical luck. Before the discovery of the Hall-Héroult process in 1886 , aluminum was as rare and expensive as gold. What would happen if airplanes had to be made of steel? The fuselage of the Airbus A380, which can carry 575 passengers, is approximately a hollow aluminum cylinder without ends, 72.0m long, 8.4m wide, and 2.5mm thick (see sketch at right). The fuselage of an airplane Suppose this fuselage was made of steel (density 7.87/gcm3 ) instead of aluminum (density 2.70/gcm3 ), and let's say the average passenger has a mass of 83kg . We'll also assume the engines can't lift any greater mass than they already do. Calculate the number of passengers that the Airbus A380 could carry if its fuselage was made of steel.