In the circuit shown below, find out the value of i(0+) and \(\frac{di \left(0^{+}\right)}{dt}\). If switch is closed at t = 0 -
1
i(0+) = 10 Amp, \(\frac{di \left(0^{+}\right)}{dt}\) = 10 Amp/sec
2
i(0+) = 0 Amp, \(\frac{di \left(0^{+}\right)}{dt}\) = 10 Amp/sec
3
i(0+) = 0 Amp, \(\frac{di \left(0^{+}\right)}{dt}\) = −10 Amp/sec
4
i(0+) = 10 Amp, \(\frac{di \left(0^{+}\right)}{dt}\) = −10 Amp/sec
5
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