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  • 11.6: Exercises
    https://eng.libretexts.org/Courses/Canada_College/Circuits_and_Devices/11%3A_Parallel_RLC_Circuits/11.06%3A_Exercises
    For the circuit shown in Figure \(\PageIndex{18}\), determine a value for \(C\) such that the magnitude of the source current is 1 mA. \(E\) is a 2 volt 10 kHz sine and \(R\) = 8 k\(\Omega\). For the ...For the circuit shown in Figure \(\PageIndex{18}\), determine a value for \(C\) such that the magnitude of the source current is 1 mA. \(E\) is a 2 volt 10 kHz sine and \(R\) = 8 k\(\Omega\). For the network shown in Figure \(\PageIndex{19}\), determine a value for \(L\) such that the magnitude of the source current is 10 mA. \(E\) is a 25 volt 100 kHz sine and \(R\) = 4 k\(\Omega\).
  • 8.6: Exercises
    https://eng.libretexts.org/Workbench/Introduction_to_Circuit_Analysis/09%3A_Parallel_RLC_Circuits/9.06%3A_Exercises
    For the circuit shown in Figure \(\PageIndex{18}\), determine a value for \(C\) such that the magnitude of the source current is 1 mA. \(E\) is a 2 volt 10 kHz sine and \(R\) = 8 k\(\Omega\). For the ...For the circuit shown in Figure \(\PageIndex{18}\), determine a value for \(C\) such that the magnitude of the source current is 1 mA. \(E\) is a 2 volt 10 kHz sine and \(R\) = 8 k\(\Omega\). For the network shown in Figure \(\PageIndex{19}\), determine a value for \(L\) such that the magnitude of the source current is 10 mA. \(E\) is a 25 volt 100 kHz sine and \(R\) = 4 k\(\Omega\).

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