As shown in the figure, inverse magnetic susceptibility (1/ x ) is plotted as a function of temperature (T ) for three different materials in paramagnetic states. (2) (3 T (Curie temperature of ferromagnetic material =T, Neel temperature of antiferromagnetic material = T,) Choose the correct statement from the following (a) Material 1 is paramagnetic, 2 is antiferromagnetic (T
As shown in the figure, inverse magnetic susceptibility (1/ x ) is plotted as a function of temperature (T ) for three different materials in paramagnetic states. (2) (3 T (Curie temperature of ferromagnetic material =T, Neel temperature of antiferromagnetic material = T,) Choose the correct statement from the following (a) Material 1 is paramagnetic, 2 is antiferromagnetic (T
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![As shown in the figure, inverse magnetic susceptibility (1/ x ) is plotted as a function of
temperature (T ) for three dịfferent materials in paramagnetic states.
3)
T
(Curie temperature of ferromagnetic material = T.
%3D
Neel temperature of antiferromagnetic material =T,)
Choose the correct statement from the following
(a) Material 1 is paramagnetic, 2 is antiferromagnetic (T <Ty), and 3 is ferromagnetic
(T <Tc)
(b) Material 1 is antiferromagnetic (T <Ty), 2 is paramagnetic, and 3 is ferromagnetic
(T <Tc)
(c) Material 1 is ferromagnetic (T <T¢ ), 2 is antiferromagnetic (T < T, ), and 3 is
paramagnetic
(d) Material 1 is ferromagnetic (T <T), 2 is paramagnetic, and 3 is antiferromagnetic
(T <Ty)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3e5400a2-13ef-4344-bb36-7ac4f7062921%2Fdf1873b4-a798-4958-9abf-8eafe5c276b1%2Fi7bxjcq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:As shown in the figure, inverse magnetic susceptibility (1/ x ) is plotted as a function of
temperature (T ) for three dịfferent materials in paramagnetic states.
3)
T
(Curie temperature of ferromagnetic material = T.
%3D
Neel temperature of antiferromagnetic material =T,)
Choose the correct statement from the following
(a) Material 1 is paramagnetic, 2 is antiferromagnetic (T <Ty), and 3 is ferromagnetic
(T <Tc)
(b) Material 1 is antiferromagnetic (T <Ty), 2 is paramagnetic, and 3 is ferromagnetic
(T <Tc)
(c) Material 1 is ferromagnetic (T <T¢ ), 2 is antiferromagnetic (T < T, ), and 3 is
paramagnetic
(d) Material 1 is ferromagnetic (T <T), 2 is paramagnetic, and 3 is antiferromagnetic
(T <Ty)
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