In Eq. 41-6 let E # EF ! )E ! 1.00 eV. (a) At what
Chapter , Problem 15(choose chapter or problem)
In Eq. 41-6 let E # EF ! )E ! 1.00 eV. (a) At what temperature does the result of using this equation differ by 1.0% from the result of using the classical Boltzmann equation P(E) ! e#)E/kT (which is Eq. 41-1 with two changes in notation)? (b) At what temperature do the results from these two equations differ by 10%?
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