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In Fermi-Dirac statistics, the probability of electron occup

Assertion

(A): For most metals, Fermi energy EF is less than

(A): For most metals, Fermi energy EF is less than

In a p type material the Fermi level is 0.3 eV above valence

In an n type semiconductor the fermi level is 0.35 eV below

If E is energy level of electron and EF is fermi level, and

If E is energy level of electron and EF is Fermi level, then

Assertion

(A): If WF is Fermi energy, v is velocity of elect

(A): If WF is Fermi energy, v is velocity of elect

Consider the following

statements: With increase in temperat

statements: With increase in temperat

Assertion

(A): If E is available energy state eV and EF is F

(A): If E is available energy state eV and EF is F

An n type semiconductor is illuminated by a steady flux of p