If density of states in conduction band and density of states in valence band are not equal, then the Fermi level in intrinsic semiconductor is-

1
\(\frac{{{E_c} - {E_v}}}{2} + \frac{{{N_C} + {N_v}}}{2}\)
2
\(\frac{{{E_C} + {E_v}}}{2}\)
3
\(\frac{{{E_C} + {E_v}}}{2} - \frac{{kT}}{2}\ln \frac{{{N_C}}}{{{N_v}}}\)
4
\(\frac{{{E_C} + {E_v}}}{2} + \frac{{kT}}{2}\ln \frac{{{N_C}}}{{{N_v}}}\)

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