The fermi distributions is: F (E, T) = F(E< EF,0)=_ F(E> EF,0)=- exp 1 (B-Ex) BT +1 [Select] [Select] 1 1/2 F(E=EF,T)=- 0 3/4 What is the probability for state E< Ep at T = 0 K is unoccupied? [Select] , where T can be any temperature.
The fermi distributions is: F (E, T) = F(E< EF,0)=_ F(E> EF,0)=- exp 1 (B-Ex) BT +1 [Select] [Select] 1 1/2 F(E=EF,T)=- 0 3/4 What is the probability for state E< Ep at T = 0 K is unoccupied? [Select] , where T can be any temperature.
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![The fermi distributions is: F (E, T) =
F(E< EF,0)=.
[Select]
[Select]
exp
1
(B-Ep)
BT
+1
F(E> EF,0) =_________ 1
1/2
0
F(E=EF,T) =_
3/4
What is the probability for state E< Ep at T = 0 K is unoccupied?
[Select]
, where T can be any temperature.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5cb018ed-b69c-48f3-887f-b464f37d9a5a%2F52eb6231-b955-436b-a5cc-a8af4a8f4224%2F7jynb5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The fermi distributions is: F (E, T) =
F(E< EF,0)=.
[Select]
[Select]
exp
1
(B-Ep)
BT
+1
F(E> EF,0) =_________ 1
1/2
0
F(E=EF,T) =_
3/4
What is the probability for state E< Ep at T = 0 K is unoccupied?
[Select]
, where T can be any temperature.
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