Non-absolute zero, the electrons can occupy a number of energy levels higher than the ef when the fermi level is to occupy the probability equal to 50% level. At the fermi level near electrons (often called the conduction electrons) plays an important role in the transport properties of the solid.

When the non-absolute zero EF electronic can occupy the higher energy level, this time a number Fermi energy level will be the occupying several rate is equal to 50 per cent of the energy level. Near Fermi energy level in the electronic (often known as e-) conduction of solid nature of transport pla

When non-absolute zero degree, the electron may occupy is higher than EF certain energy levels, then the Fermi energy level will be by now occupies the probability to be equal to 50% energy level.Is in the Fermi energy level nearby electron (often to be called carrier) to play the vital role to the

When a non-absolute zero, number of energy levels of the electrons can occupy more than EF, the Fermi energy level is probability is equal to 50% per cent of energy levels. Near the Fermi energy level electrons (often called conduction electrons) on the transport properties of solids plays an import

Fermi level