A sample of the paramagnetic salt to which the magnetization curv At what temperature will the degree of magnetic saturation of the sample be (a)25% and (b) 75 % ? -1.0 Curie's law, 0.75 1.30 K 2.00 K 3.00 K 4.21 K -Quantum theory 4.0 (a) Number (b) Number M/M 0,50 0.25 1.0 20 3.0 /T(T/K) Units Units A magnetization curve for potassium chromium sulfate, a paramagnetic salt. The ratio of mag- netization M of the salt to the maxi- mum possible magnetization Mais ap- plotted versus the ratio of the plied magnetic field magnitude B to the temperature T. Curie's law fits the data at the left; quantum theory fits all the data. After W. E. Henry
A sample of the paramagnetic salt to which the magnetization curv At what temperature will the degree of magnetic saturation of the sample be (a)25% and (b) 75 % ? -1.0 Curie's law, 0.75 1.30 K 2.00 K 3.00 K 4.21 K -Quantum theory 4.0 (a) Number (b) Number M/M 0,50 0.25 1.0 20 3.0 /T(T/K) Units Units A magnetization curve for potassium chromium sulfate, a paramagnetic salt. The ratio of mag- netization M of the salt to the maxi- mum possible magnetization Mais ap- plotted versus the ratio of the plied magnetic field magnitude B to the temperature T. Curie's law fits the data at the left; quantum theory fits all the data. After W. E. Henry
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A sample of the paramagnetic salt to which the magnetization curve of the figure applies is immersed in a uniform magnetic field of 8.8 T.
At what temperature will the degree of magnetic saturation of the sample be (a) 25% and (b) 75% ?
1.0p
Curie's
A
magnetization curve
law
•1.30 K
2.00 K
for potassium chromium sulfate, a
paramagnetic salt. The ratio of mag-
netization M of the salt to the maxi-
mum possible magnetization Mais
plotted versus the ratio of the ap
plied magnetic field magnitude Ba
to the temperature T. Curie's law fits
the data at the left; quantum theory
fits all the data. After W. E. Henry.
(a) Number
(b) Number
W/W
0.75
0,50
0.25
1.0
20
3.0
B/T (T/K)
Units
Units
3.00 K
4.21 K
Quantum theory
4.0
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