Please answer filly with all steps. I will give thumbs up 8-27 Since the magnetic induction B inside a superconductor is zero, for a long cylin drical sample, the magnetization MloV is equal to the n...
8-27 Since the magnetic induction B inside a superconductor is zero, for a long cylin drical sample, the magnetization MloV is equal to the negative of the applied magnetic intensity for less than some critical intensity. For greater thane the super- conductor becomes a normal metal and M = 0° (a) Sketch a graph of the magnetization as a function of the applied intensity. Show that in the transition from the supercon- ducting to the normal state (b) the heat of transformation I is given by -To(ddT) and (c) the difference in the specific heat capacities of the superconductor and the normal metal is given by T2
8-27 Since the magnetic induction B inside a superconductor is zero, for a long cylin drical sample, the magnetization MloV is equal to the negative of the applied magnetic intensity for less than some critical intensity. For greater thane the super- conductor becomes a normal metal and M = 0° (a) Sketch a graph of the magnetization as a function of the applied intensity. Show that in the transition from the supercon- ducting to the normal state (b) the heat of transformation I is given by -To(ddT) and (c) the difference in the specific heat capacities of the superconductor and the normal metal is given by T2