An infinitely long wire carrying a current I = 2mA folds back in a semicircular bend of radius b equal to of the distance a between the two wires with a=2cm (see Figure). 1) Find the Magnetic Flux Density B at points O, O' and P with OP = 5cm. 2) Find the Magnetic Flux through the A' I loop. a A 3) Find the Inductance of the loop as seen at points AA'. OP = 10 cm

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An infinitely long wire carrying a current I = 2mA folds back in a semicircular bend of radius b equal to of
%3D
the distance a between the two wires with a=2cm (see Figure).
1)
Find the Magnetic Flux Density B at
points O, O' and P with OP = 5cm.
%3D
2)
Find the Magnetic Flux through the
A', I
loop.
b
P
O' JA
3)
Find the Inductance of the loop as
I
seen at points AA'.
I
ОP 3 10 ст
Transcribed Image Text:An infinitely long wire carrying a current I = 2mA folds back in a semicircular bend of radius b equal to of %3D the distance a between the two wires with a=2cm (see Figure). 1) Find the Magnetic Flux Density B at points O, O' and P with OP = 5cm. %3D 2) Find the Magnetic Flux through the A', I loop. b P O' JA 3) Find the Inductance of the loop as I seen at points AA'. I ОP 3 10 ст
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