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(Solved): 16. Determine the magnitude and phase angle of the source voltage in Figure 60 . Determine ...



16. Determine the magnitude and phase angle of the source voltage in Figure 60 .

Determine the magnitude and phase angle of the source voltage in Figure 60 .

16. Determine the magnitude and phase angle of the source voltage in Figure 60 . Determine the magnitude and phase angle of the source voltage in Figure 60 .


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To determine the magnitude and phase angle of the source voltage (Vs), we need to analyze the voltage drops across the components in the series circuit.

Let's calculate the values step by step.

Given information: Voltage drop across L1 (inductor): VL1 = 15V Voltage drop across L2 (inductor): VL2 = 8.5V Voltage drop across R1 (resistor): VR1 = 6.9V Voltage drop across R2 (resistor): VR2 = 2 ?0 V





In a series circuit, the voltage across each element is different and the total voltage across the circuit is the sum of the voltages across each element.

The voltage drop across L1 is 15V, across L2 is 8.5V, across R1 is 6.9V and across R2 is 2?0 V.


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