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The figure shows part of a bigger circuit. At the moment, the capacity of the capacitor is 6μF and decreasing at the constant rate 0.5 μFs−1. The potential difference across the capacitor at this moment is changing as under [direction of current is shown in figure] dVdt=2Vs−1, d2Vdt2=12 Vs−2 ___ The current in the 4Ω resistor is decreasing at the rate of 1 μAs−1. What is the potential difference (in micro volts) across the inductor at this moment? |
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Answer» The figure shows part of a bigger circuit. At the moment, the capacity of the capacitor is 6μF and decreasing at the constant rate 0.5 μFs−1. The potential difference across the capacitor at this moment is changing as under [direction of current is shown in figure] dVdt=2Vs−1, d2Vdt2=12 Vs−2  The current in the 4Ω resistor is decreasing at the rate of 1 μAs−1. What is the potential difference (in micro volts) across the inductor at this moment? |
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