It is possible to express the magnetic susceptibility in several different units. For the discussion of this chapter, Xm was used to designate the volume susceptibility in SI units, that is, the quantity that gives the magnetization per unit volume (m³) of material when multiplied by H. The mass susceptibility xm (kg) yields the magnetic moment (or magnetization) per kilogram of material when multiplied by H; and, similarly, the atomic susceptibility X (a) gives the magnetization per kilogram-mole. The latter two quantities are related to Xm through the relationships Xm Xm (kg) x mass density (in kg/m³) Xm(a)= X(kg) x atomic weight (in kg) When using the cgs-emu system, comparable parameters exist, which may be designated by xm x(g). and x'm (a). The value of Xm for silver is-2.38 x 105; convert this value into the other five susceptibilities. The relationship between x and x'm is noted in Table Magnetic Units and Conversion Factors for the SI and cgs-emu Systems. Write your answers in scientific notation and round to 3 significant digits. Mass susceptibility Xm (kg) = -1.07E-9 Atomic susceptibility x (a) = -7.64E-7 m(B) = -1.77E-7 Zm(a) = -5,42E-6 -6.81E-11

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It is possible to express the magnetic susceptibility in several different units. For the discussion of this chapter, Xm was used to
designate the volume susceptibility in SI units, that is, the quantity that gives the magnetization per unit volume (m³) of material when
multiplied by H. The mass susceptibility Xm (kg) yields the magnetic moment (or magnetization) per kilogram of material when
multiplied by H; and, similarly, the atomic susceptibility xm (a) gives the magnetization per kilogram-mole. The latter two quantities
are related to X through the relationships
Xm=
Xm (a) =
X (kg) x mass density (in kg/m³)
X(kg) x atomic weight (in kg)
When using the cgs-emu system, comparable parameters exist, which may be designated by xm x(g), and x'm(a). The value of
Xm for silver is -2.38 x 105; convert this value into the other five susceptibilities. The relationship between Xm and x'm is noted in
Table Magnetic Units and Conversion Factors for the SI and cgs-emu Systems.
Write your answers in scientific notation and round to 3 significant digits.
Mass susceptibility (kg) =
Atomic susceptibility x (a) =
-7.64E-7
-1.77E-7
(a) = -5.42E-6
-1.07E-9
-6.81E-11
Transcribed Image Text:It is possible to express the magnetic susceptibility in several different units. For the discussion of this chapter, Xm was used to designate the volume susceptibility in SI units, that is, the quantity that gives the magnetization per unit volume (m³) of material when multiplied by H. The mass susceptibility Xm (kg) yields the magnetic moment (or magnetization) per kilogram of material when multiplied by H; and, similarly, the atomic susceptibility xm (a) gives the magnetization per kilogram-mole. The latter two quantities are related to X through the relationships Xm= Xm (a) = X (kg) x mass density (in kg/m³) X(kg) x atomic weight (in kg) When using the cgs-emu system, comparable parameters exist, which may be designated by xm x(g), and x'm(a). The value of Xm for silver is -2.38 x 105; convert this value into the other five susceptibilities. The relationship between Xm and x'm is noted in Table Magnetic Units and Conversion Factors for the SI and cgs-emu Systems. Write your answers in scientific notation and round to 3 significant digits. Mass susceptibility (kg) = Atomic susceptibility x (a) = -7.64E-7 -1.77E-7 (a) = -5.42E-6 -1.07E-9 -6.81E-11
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