The instantaneous impedance (Z) of a circuit had a rate of change over time modeled by: dZ/dt
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Question:
The instantaneous impedance (Z) of a circuit had a rate of change over time modeled by: dZ/dt = (csc(2t))2 ohms/sec.
(Hint: Zavg = t1t2(x)dx/(t2 - t1))
Calculate dZ/dt when t = .00004 sec.
Calculate the average impedance for the time period from 1 to 1.5 Don't forget the units!
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