Physics, 25.03.2020 00:36 neharikakalasapkkam
2. A 3.6 mH inductor with negligible resistance has a 1.0 A current through it. The current starts to increase at t = 0 s, creating a constant 5.0 mV voltage across the inductor. How much charge passes through the inductor between t = 0 s and t = 5.0 s?
Answers: 3
Rate of change of current 
![Q = \int_0^t (I_0 + (\frac{\Delta V}{L})t) dt \\Q = \bigg[I_0t + \frac{1}{2}\frac{\Delta V}{L}t^2\bigg]^{5.0s}_{0s}\\Q = (1) (5.0s)+\frac{1}{2} (1.389A/s)(5.0s)^2 \\Q = 22C](/tpl/images/0562/1112/8cbb2.png)
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2. A 3.6 mH inductor with negligible resistance has a 1.0 A current through it. The current starts t...
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