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An inductor with L = 9.5 H is in a closed circuit with I= 0.45 A (see the diagram). When the switch is opened, the current goes to zero in At = 0.16 s. L= 9.5 H L I= 0.45 A At = 0.16 s I (a) Express the magnitude of the average induced emf on the inductor, ɛave, in term Eave = (b) Calculate the numerical value of ɛave in volts. Eave =

An inductor with L = 9.5 H is in a closed circuit with I= 0.45 A (see the diagram). When the switch is opened, the current goes to zero in At = 0.16 s. L= 9.5 H L I= 0.45 A At = 0.16 s I (a) Express the magnitude of the average induced emf on the inductor, ɛave, in term Eave = (b) Calculate the numerical value of ɛave in volts. Eave =

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An inductor with L = 9.5 H is in a closed circuit with I= 0.45 A (see the diagram). When the switch is opened, the current goes to zero in At = 0.16 s. L= 9.5 H L I= 0.45 A At = 0.16 s I (a) Express the magnitude of the average induced emf on the inductor, ɛave, in terms of L, I and At. Eave = (b) Calculate the numerical value of ɛave in volts. Eave =
Transcribed Image Text:An inductor with L = 9.5 H is in a closed circuit with I= 0.45 A (see the diagram). When the switch is opened, the current goes to zero in At = 0.16 s. L= 9.5 H L I= 0.45 A At = 0.16 s I (a) Express the magnitude of the average induced emf on the inductor, ɛave, in terms of L, I and At. Eave = (b) Calculate the numerical value of ɛave in volts. Eave =
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