Iw(t) W R a A long, straight wire carries current I(t) from discharging a capacitor with RC time-constant of 7, and initial current equal to I(t = 0) = I at t=0. What is the current through the square loop of wire as a function of time and the other variables shown in the diagram? Denote positive current to be in the counter-clockwise direction around the loop.
Iw(t) W R a A long, straight wire carries current I(t) from discharging a capacitor with RC time-constant of 7, and initial current equal to I(t = 0) = I at t=0. What is the current through the square loop of wire as a function of time and the other variables shown in the diagram? Denote positive current to be in the counter-clockwise direction around the loop.
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Transcribed Image Text:Iw(t)
R
a
A long, straight wire carries current (t) from discharging a capacitor with
RC time-constant of t, and initial current equal to I(t = 0) : Io at t=0.
What is the current through the square loop of wire as a function of time
and the other variables shown in the diagram?
Denote positive current to be in the counter-clockwise direction around
the loop.
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