A solid has an Einstein temperature of 300 K a. Calculate the energy absorbed by the electrons per 'mole' of the materia
Posted: Thu Jun 09, 2022 4:18 pm
A solid has an Einstein temperature of 300 K
a. Calculate the energy absorbed by the electrons per 'mole' of the material and the heat capacity of the material at 0.1 Einstein's temperature
b. If Debye's temperature is the same as Einstein's, calculate the heat capacity of the material at 0.1 Debye temperature
c. What is the drift speed if the electron density is 10²⁹/m³
a. Calculate the energy absorbed by the electrons per 'mole' of the material and the heat capacity of the material at 0.1 Einstein's temperature
b. If Debye's temperature is the same as Einstein's, calculate the heat capacity of the material at 0.1 Debye temperature
c. What is the drift speed if the electron density is 10²⁹/m³