The forum discussion focuses on solving a second-order RLC circuit problem, specifically addressing the calculation of the derivative of the inductor current, diL(0+)/dt, which is given as -24 A/s. Participants clarify that the second derivative, diL^2(0+)/dt^2, equals 0, confirming that the current is not accelerating at that instant. Additionally, there is a request for expressing the voltage across the resistor, VR, in terms of the inductor current, IL.
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Yes I know that diL (0+)/dt = -24 A/s but isn't diL^2 (0+)/dt^2 = 0?cnh1995 said:
Can you write VR in terms of IL?paulmdrdo said: