Recent content by tiger95

Thanks to your hints, I managed to attempt a solution for the whole exercise. Can you confirm me that it's right, please?

Here is how I managed to calculate I(ω) which I'm not sure it's right. Then, how can I change from I(ω) to I(t)?

If I use Ohm's Law to calculate I(t) the result would be: I(t) = V / Z = 2 / (1000/29)-j(255/29) = (80/1469) + j(102/7345) but there isn't the time in the answer. Moreover, I haven't understood why the current will have the same phase as the voltage.

Hello, I have to solve the following problem but I don't know how to find the I(t) from I(ω). I've already found that the total impedance of the circuit should be (1000/29)-j(255/29). Can anyone help me, please? I haven't done Integration and Derivatives. Thank you for your help.