In a region between the planes and , a material that moves in the direction with velocity has the…
In a region between the planes
and 
, a material that moves in the 
direction with velocity 
has the magnetization density 
cos 
as shown in Fig. P9.2.2. The regions above and below are constrained so that 
= 0 there and so that the integral of 
· ds between and 
is zero. (In Sec. 9.7, it will be clear that these materials could be the pole faces of a highly permeable magnetic circuit.)
(a) Show that Amp`ere’s law and (9.2.2) are satisfied if 
throughout the magnetizable layer of material.
(b) A one-turn rectangular coil is located in the 
0 plane, one leg running in the 
direction at 
(from 
to 
) and another running in the 
direction at 
(from 
to
). What is the voltage induced at the terminals of this coil by the motion of the layer?
Fig. P9.2.2
