Recent content by NaS4

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    Using Complex Impedances in these RLC Circuit Calculations

    Master1022 I got nothing but respect for you man. Really makes me happy to see people like you helping out people like me
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    Using Complex Impedances in these RLC Circuit Calculations

    Yeah the w = 2(pi)f but since the question tells us that w is 200
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    Using Complex Impedances in these RLC Circuit Calculations

    Thx man. I’ll look up dimensional analysis
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    Using Complex Impedances in these RLC Circuit Calculations

    Master thanks a lot for the help man. You really are a lifesaver
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    Using Complex Impedances in these RLC Circuit Calculations

    That 11.5k V sounds abit to high 😅
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    Using Complex Impedances in these RLC Circuit Calculations

    @Master1022 So I've done most of the tasks now. But I'm abit unsure of task c) ii)
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    Using Complex Impedances in these RLC Circuit Calculations

    Ok I’m lost now. How did you get (1 - w^2LC)
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    Using Complex Impedances in these RLC Circuit Calculations

    @Master1022 How does this solution look?
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    Using Complex Impedances in these RLC Circuit Calculations

    Damn so many mistakes. Thx man. I’ll change it and post my next try
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    Using Complex Impedances in these RLC Circuit Calculations

    Ahh yes I see it
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    Using Complex Impedances in these RLC Circuit Calculations

    Is this correct?
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    Using Complex Impedances in these RLC Circuit Calculations

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    Using Complex Impedances in these RLC Circuit Calculations

    Yeah i get that. But the formula i got is not the same as the one you are using
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    Using Complex Impedances in these RLC Circuit Calculations

    And in series it’s Z(total) = Z(1) + Z(2)
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    Using Complex Impedances in these RLC Circuit Calculations

    1/Z_{total} = 1/Z_{1} + 1/Z{2} in parallel