N magnetic dipole moments of spin 1/2, into an outer field H in the z direction is being placed. The number of states that can be entered in the system's energy range from E to E + dE It is e(-3( ) dE N(E) = 2µH given in the form of . A) Express the entropy of the system S in terms of E, H, N B) Find the absolute temperature T as a function of E, H and N.
N magnetic dipole moments of spin 1/2, into an outer field H in the z direction is being placed. The number of states that can be entered in the system's energy range from E to E + dE It is e(-3( ) dE N(E) = 2µH given in the form of . A) Express the entropy of the system S in terms of E, H, N B) Find the absolute temperature T as a function of E, H and N.
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![N magnetic dipole moments of spin 1/2, into an outer field H in the z direction is being placed.
The number of states that can be entered in the system's energy range from E to E + dE It is
²) dE
N(E) =
2µH
given in the form of .
A) Express the entropy of the system S in terms of E, H, N
B) Find the absolute temperature T as a function of E, H and N.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6a3c5e0c-625c-494e-a871-1881376a9b7e%2F601e69e6-2946-4363-a5b3-73b6d0843325%2Fvd3hp2p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:N magnetic dipole moments of spin 1/2, into an outer field H in the z direction is being placed.
The number of states that can be entered in the system's energy range from E to E + dE It is
²) dE
N(E) =
2µH
given in the form of .
A) Express the entropy of the system S in terms of E, H, N
B) Find the absolute temperature T as a function of E, H and N.
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