+ 10: In a region of space the magnetic field is given by B B → = (ay² + ß)Î i^ (yx)j j^, where a = 698.3 nT/m², ß = 945 nT, and y = 685 nT/m.

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In a region of space the magnetic field.

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10: In a region of space the magnetic
field is given by B B → = (ay² + B)Î i^ +
(yx)j j^, where a = 698.3 nT/m², ß = 945
nT, and y = 685 nT/m.
Determine the magnitude of the
current passing through a box in
the xy-plane bounded by x₁ = 10.0
cm and x₂ = 70.0 cm in the x-
direction and by y₁ = 20.0 cm and
y2 = 50.0 cm in the y-direction.
28.1 mA
28.3 mA
28.5 mA
28.7 mA
Transcribed Image Text:10: In a region of space the magnetic field is given by B B → = (ay² + B)Î i^ + (yx)j j^, where a = 698.3 nT/m², ß = 945 nT, and y = 685 nT/m. Determine the magnitude of the current passing through a box in the xy-plane bounded by x₁ = 10.0 cm and x₂ = 70.0 cm in the x- direction and by y₁ = 20.0 cm and y2 = 50.0 cm in the y-direction. 28.1 mA 28.3 mA 28.5 mA 28.7 mA
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