the equation for the resistor current if its initial value is iR(0¹) = 13 PA and dipldt to+ = 1nA/s. (Assume R=240.0 μ.) (Round the answers to three decimal places.) (Include a minus sign if necessary.) value of resistor current ip(t) = A x 10-11 Bt + C x 10-11eDt A, where, A = [ B = s-1, C = and D=
the equation for the resistor current if its initial value is iR(0¹) = 13 PA and dipldt to+ = 1nA/s. (Assume R=240.0 μ.) (Round the answers to three decimal places.) (Include a minus sign if necessary.) value of resistor current ip(t) = A x 10-11 Bt + C x 10-11eDt A, where, A = [ B = s-1, C = and D=
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Question9.4

Transcribed Image Text:!
Required information
Element values of 8 mF and 2 nH are employed in the construction of a simple source-free parallel RLC circuit.
Write the equation for the resistor current if its initial value is iR(0¹) = 13 pA and dipldt to+ = 1nA/s. (Assume R=240.0 µ£.) (Round the
final answers to three decimal places.) (Include a minus sign if necessary.)
The value of resistor current ip(t) = A × 10-11 Bt + C × 10-11 Dt A, where, A =
S-1
B =
|s-1,
C =
and D
=
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