Question: Task 2: PART 1 For the circuit shown below, assuming zero charge on the capacitor at t = 0, the current flowing may be quantified

 Task 2: PART 1 For the circuit shown below, assuming zero

Task 2: PART 1 For the circuit shown below, assuming zero charge on the capacitor at t = 0, the current flowing may be quantified as: E R Integrate this equation with respect to t and hence find the charge stored in the capacitor 0.5 seconds after the switch is closed. R1 10.0kS V1 C1 8.00V 22UF @ 2022 UniCourse Ltd. All Rights Reserved Issue 3 - 2022/2023 Page 4 of 5 PART 2 The current (iz) through a 100 mH inductor (L) has a relationship with time (t) as follows: it = =S cos(300t) dt Determine the inductor current when the time is 0.75 seconds

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