THIS IS WRONG.
The Attempt at a Solution
The way I went about doing this was:
1. Ignored V2 and worked out the total impedance in the circuit for V1.
2. Calculated the voltage dropped across the resistor and inductor not in parallel.
3. Subtracted the result in step 2 from V1 to get the voltage across the capacitor as a result of V1.
4. Repeated the first 3 steps but with V1 and V2 swapped.
5. Added the results in step 4 and 3 together to get the total voltage across the capacitor.
6. Worked out I = V/Z
I could be completely wrong, in which case can someone put me back on the right track.
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