5.34 In Fig. P5.34, the plane defined by x- y = 1 separates medium 1 of permeability ui from medium 2 of permeability µ2. If no surface current exists on the boundary and BỊ = 82 + ŷ3 (T), find B2 and then evaluate your result for 41 = 5µ2. Hint: Start by deriving the equation for the unit vector normal to the given plane. Plane x – y= 1S Medium 1 (1, 0) Medium 2 (0, –1) Figure P5.34 Magnetic media separated by the plane x – y = 1 (Problem 5.34).
5.34 In Fig. P5.34, the plane defined by x- y = 1 separates medium 1 of permeability ui from medium 2 of permeability µ2. If no surface current exists on the boundary and BỊ = 82 + ŷ3 (T), find B2 and then evaluate your result for 41 = 5µ2. Hint: Start by deriving the equation for the unit vector normal to the given plane. Plane x – y= 1S Medium 1 (1, 0) Medium 2 (0, –1) Figure P5.34 Magnetic media separated by the plane x – y = 1 (Problem 5.34).
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Transcribed Image Text:5.34 In Fig. P5.34, the plane defined by x - y = 1
separates medium 1 of permeability µi from medium 2 of
permeability u2. If no surface current exists on the boundary
and
B = 82 + ŷ3
(T),
find B2 and then evaluate your result for 41 = 5µ2. Hint: Start
by deriving the equation for the unit vector normal to the given
plane.
Plane x- y = 1S
Medium 1
(1, 0)
Medium 2
(0, -1)
Figure P5.34 Magnetic media separated by the plane.x-y = 1
(Problem 5.34).
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