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In a R-L-C series circuit shown ,the readings of voltmeters $V_{1} a n d V_{2} a r e 100 V a n d 120 V$ choose the correct statement (s)

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Voltage across resistor ,inductor and capacitor are 50V ,86.6V and 206.6V respectively

Voltage across resistor ,inductor and capacitor are 10V,90V and 30V respectively

power factor of the circuit is $\frac{5}{13}$

Circuit is capacitive in nature

answer is A, C, D.

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Detailed Solution

$\sqrt{V_{R}^{2} + V_{L}^{2}} = 100 V_{L} - V_{C} = 120 \cos ϕ = \frac{R}{Z} V_{R} = 50 v V_{L} = 86.6 V V_{c} = 206.6$

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