Silver has a Fermi energy of 5.48 eV. Calculate the electron contribution to the molar heat capacity at constant volume of silver, CV, at 300 K. Express your result (a) as a multiple of R and (b) as a fraction of the actual value for silver, CV = 25.3 J / mol#K. (c) Is the value of CV due principally to the electrons? If not, to what is it due?
Silver has a Fermi energy of 5.48 eV. Calculate the electron contribution to the molar heat capacity at constant volume of silver, CV, at 300 K. Express your result (a) as a multiple of R and (b) as a fraction of the actual value for silver, CV = 25.3 J / mol#K. (c) Is the value of CV due principally to the electrons? If not, to what is it due?
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Silver has a Fermi energy of 5.48 eV. Calculate the electron contribution to the molar heat capacity at constant volume of silver, CV, at 300 K. Express your result (a) as a multiple of R and (b) as a fraction of the actual value for silver, CV = 25.3 J / mol#K. (c) Is the value of CV due principally to the electrons? If not, to what is it due?
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