3 The magnetic susceptibility of platinum is 2.61×10-4. The density of platinum is 21450 kg m-3 and its relative atomic mass is given by 195.09 g mol-1. Calculate its molar susceptibility (in m³ mol-¹) and its mass susceptibility (in m³ kg-1). Using Appendix A, translate these results into cgs units to find the molar susceptibility in emu mol-¹ and the mass susceptibility in emu g-¹. To understand why the magnetic susceptibility of platinum, a metal, is temperature independent (in contrast with Curie's law), see chapter 7.
3 The magnetic susceptibility of platinum is 2.61×10-4. The density of platinum is 21450 kg m-3 and its relative atomic mass is given by 195.09 g mol-1. Calculate its molar susceptibility (in m³ mol-¹) and its mass susceptibility (in m³ kg-1). Using Appendix A, translate these results into cgs units to find the molar susceptibility in emu mol-¹ and the mass susceptibility in emu g-¹. To understand why the magnetic susceptibility of platinum, a metal, is temperature independent (in contrast with Curie's law), see chapter 7.
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Transcribed Image Text:(2.9) The magnetic susceptibility of platinum is 2.61×10−4,
The density of platinum is 21450 kg m-3 and its relative
atomic mass is given by 195.09 g mol-¹. Calculate
its molar susceptibility (in m³ mol-¹) and its mass
susceptibility (in m³ kg-1). Using Appendix A, translate
these results into cgs units to find the molar susceptibility
in emu mol-¹ and the mass susceptibility in emu g-¹. To
understand why the magnetic susceptibility of platinum,
a metal, is temperature independent (in contrast with
Curie's law), see chapter 7.
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