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In the circuit shown, the voltage source has the form Vs(t) = 7 cos⁡(400t) Volts. If the load consists of a series combination of a 400 ohm resistor and a 50 μF capacitor, find the reactive power absorbed in the load. Enter your answer in units of milli-Volt-Amp-Reactive (mVAR).

In the circuit shown, the voltage source has the form Vs(t) = 7 cos⁡(400t) Volts. If the load consists of a series combination of a 400 ohm resistor and a 50 μF capacitor, find the reactive power absorbed in the load. Enter your answer in units of milli-Volt-Amp-Reactive (mVAR).

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In the circuit shown, the voltage source has the form
V s ( t ) = 7 cos ⁡ ( 400 t ) Volts.
If the load consists of a series combination of a 400 ohm resistor and a 50 μ F capacitor, find the reactive power absorbed in the load. Enter your answer in units of milli-Volt-AmpReactive (mVAR).

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