Problem 35-28: What is the ground-state energy in electron volts of 10 noninteracting fermions each with a mass of 5.02E-27 kg in a one- dimensional box of length L = 3.90E-10 m ? (Because the quantum number associated with spin can have two values, each spatial state can hold two fermions.) 0.044 eV

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Problem 35-28:
What is the ground-state energy in electron volts of 10 noninteracting fermions each with a mass of 5.02E-27 kg in a one-
dimensional box of length L 3.90E-10 m ? (Because the quantum number associated with spin can have two values, each spatial
=
state can hold two fermions.)
0.044 eV
Transcribed Image Text:Problem 35-28: What is the ground-state energy in electron volts of 10 noninteracting fermions each with a mass of 5.02E-27 kg in a one- dimensional box of length L 3.90E-10 m ? (Because the quantum number associated with spin can have two values, each spatial = state can hold two fermions.) 0.044 eV
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