After time t = 0, this circuit can be represented by the differential equation The natural response Is Determine the value of epsilon 2 . (-10.045 is one root of the characteristic equation. Epsilon 2 is the other root,) Epsilon 2 = 1/s.

19 9 - After time t = 0, this circuit can be represented by the differential equation The natural response Is Determine the value of epsilon 2 . (-10.045 is one root of the characteristic equation. Epsilon 2 is the other root,) Epsilon 2 = 1/s.

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images - After time t = 0, this circuit can be represented by the differential equation The natural response Is Determine the value of epsilon 2 . (-10.045 is one root of the characteristic equation. Epsilon 2 is the other root,) Epsilon 2 = 1/s.

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6   +   3   =