An infinite straight line is crossed by the current i(t)= ioe-t/t, with = 10 A and 7 = 5 s, and is located in a plane in which there is a rectangular coil with sides a = 6 cm, b = 12 cm, with the closest side parallel to the wire at the distance r = 4 cm. Calculate the e.m.f. induced in the coil and the charge q which runs through the loop in the time interval from zero to +oo, if it has a resistance R = 29.

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An infinite straight line is crossed by the current i(t) = ioe-t/T
with io = 10 A and 7 = 5 s, and is located in a plane in which
there is a rectangular coil with sides a = 6 cm, b = 12 cm, with the
closest side parallel to the wire at the distance r = 4 cm. Calculate
the e.m.f. induced in the coil and the charge q which runs through
the loop in the time interval from zero to +∞o, if it has a resistance
R = 29.
i(t)
a
b
55/71
Transcribed Image Text:An infinite straight line is crossed by the current i(t) = ioe-t/T with io = 10 A and 7 = 5 s, and is located in a plane in which there is a rectangular coil with sides a = 6 cm, b = 12 cm, with the closest side parallel to the wire at the distance r = 4 cm. Calculate the e.m.f. induced in the coil and the charge q which runs through the loop in the time interval from zero to +∞o, if it has a resistance R = 29. i(t) a b 55/71
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