For the circuit shown in Figure \PageIndex18, 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 kΩ. For the ...For the circuit shown in Figure \PageIndex18, 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 kΩ. For the network shown in Figure \PageIndex19, 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 kΩ.
For the circuit shown in Figure \PageIndex18, 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 kΩ. For the ...For the circuit shown in Figure \PageIndex18, 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 kΩ. For the network shown in Figure \PageIndex19, 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 kΩ.