An electric current of I = 0.35 A flows through a long, straight wire. The wire lies in the plane of a rectangular area that has a pair of sides parallel to the wire. Refer to the diagram. The distance between the wire and the nearest side of the area isc = 0.039 m and the area' dimensions are a = 0.012 m and b = 0.097 m, as shown. %3D I a Find the magnetic flux, ¤, in T•m², through the area.
An electric current of I = 0.35 A flows through a long, straight wire. The wire lies in the plane of a rectangular area that has a pair of sides parallel to the wire. Refer to the diagram. The distance between the wire and the nearest side of the area isc = 0.039 m and the area' dimensions are a = 0.012 m and b = 0.097 m, as shown. %3D I a Find the magnetic flux, ¤, in T•m², through the area.
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Transcribed Image Text:| An electric current of I= 0.35 A flows through a long, straight wire. The wire
lies in the plane of a rectangular area that has a pair of sides parallel to the wire. Refer to the
diagram. The distance between the wire and the nearest side of the area is c = 0.039 m and the area's
dimensions are a = 0.012 m andb = 0.097 m, as shown.
I
b
a
Find the magnetic flux, 4, in T•m², through the area.
=
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