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In class, we wrote the Kirchhoff's loop law equation governing the current in an LR circuit as dI IR = Eg - L- dt dI L=+ RI = EB , dt and we asserted that the solution was 1) = (1--#) . tR Verify by substitution that this indeed to solution to the differential equation.

In class, we wrote the Kirchhoff's loop law equation governing the current in an LR circuit as dI IR = Eg - L- dt dI L=+ RI = EB , dt and we asserted that the solution was 1) = (1--#) . tR Verify by substitution that this indeed to solution to the differential equation.

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6-4) In class, we wrote the Kirchhoff's loop law equation governing the current in an LR circuit as dl IR = ER - L- dt L=+ RI = Eg , dt and we asserted that the solution was 1) = # (1 - c#) . Verify by substitution that this indeed to solution to the differential equation.
Transcribed Image Text:6-4) In class, we wrote the Kirchhoff's loop law equation governing the current in an LR circuit as dl IR = ER - L- dt L=+ RI = Eg , dt and we asserted that the solution was 1) = # (1 - c#) . Verify by substitution that this indeed to solution to the differential equation.
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The differential of the current in the solution can be calculated first. This is to be substituted in the equation.

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