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1. Let V.I be respectively the magnitudes of the complex voltage and current E.L Show step by step (using COL and formula on the magnitude) that the generalized Ohm's law implica x = 1 √/2² + (w² - ) ².

1. Let V.I be respectively the magnitudes of the complex voltage and current E.L Show step by step (using COL and formula on the magnitude) that the generalized Ohm's law implica x = 1 √/2² + (w² - ) ².

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The complex voltage V in an alternating current satisfies the Generalized Ohm's Law (GOL) in a RLC creat Z-R+ja+ X-LZ Z is the complex impedan is the complex current is the angelar frequency: R is an ideal resistor L is an ideal inductor (with impedance jul): Canal capacitor (with impoluce 1/juC). 1. Let V.I be respectively the magnitudes of the complex voltage and current E.L Show step by step (ting COL and formula on the magnitude) that the generalized Cham's las implica v-1 √/m² + (we- ) ². (w²
Transcribed Image Text:The complex voltage V in an alternating current satisfies the Generalized Ohm's Law (GOL) in a RLC creat Z-R+ja+ X-LZ Z is the complex impedan is the complex current is the angelar frequency: R is an ideal resistor L is an ideal inductor (with impedance jul): Canal capacitor (with impoluce 1/juC). 1. Let V.I be respectively the magnitudes of the complex voltage and current E.L Show step by step (ting COL and formula on the magnitude) that the generalized Cham's las implica v-1 √/m² + (we- ) ². (w²
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