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Paramagnetism: consider a solid in which J= % (m,= % and -4) (N=n, + n2). Then, when a magnetic field (H) is applied, the energy e1=-uH and e2= +pH. The ratio of populations (n,/N) at T approaches 0 is a. 0 b. 0.5 C. 1.0 d. 0.65

Paramagnetism: consider a solid in which J= % (m,= % and -4) (N=n, + n2). Then, when a magnetic field (H) is applied, the energy e1=-uH and e2= +pH. The ratio of populations (n,/N) at T approaches 0 is a. 0 b. 0.5 C. 1.0 d. 0.65

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Paramagnetism: consider a solid in which J= % (m,= % and -%) (N=n, + n2). Then, when a magnetic field (H) is applied, the energy e1=-pH and e2= +pH. The ratio of populations (n,/N) at T approaches 0 is а. 0 b. 0.5 c. 1.0 d. 0.65
Transcribed Image Text:Paramagnetism: consider a solid in which J= % (m,= % and -%) (N=n, + n2). Then, when a magnetic field (H) is applied, the energy e1=-pH and e2= +pH. The ratio of populations (n,/N) at T approaches 0 is а. 0 b. 0.5 c. 1.0 d. 0.65
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