By calculating the exerted force on a material, a Guoy balance can be used to determine this quantity, while Faraday devised a configuration that allows one to calculate this quantity given mass.
By calculating the exerted force on a material, a Guoy balance can be used to determine this quantity, while Faraday devised a configuration that allows one to calculate this quantity given mass. This quantity can be expressed as the ratio of bound to free current density in a material and it is equal to relative permeability minus one. Antiferromagnets have their maximum value for this quantity at the Neel point. This quantity is negative for diamagnetic materials and positive for paramagnetic ones. Denoted chi-sub-m, for 10 points, name this quantity, the degree to which a material is affected by an applied magnetic field.
By calculating the exerted force on a material, a Guoy balance can be used to determine this quantity, while Faraday devised a configuration that allows one to calculate this quantity given mass.
magnetic susceptibility [prompt on \"chi\"; prompt on \"chi-sub-m\"]