$1.$ A capacitive element can be placed in parallel with an inductive element to bring the power factor closer to unity.

$2.\_\_\_\_\_\_$ The skin effect causes the effective area of a conductor to increase, thereby reducing the resistance of the conductor.

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$3.\_\_\_\_\_\_$ The unit of apparent power is the watt $($W$).$

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$4.\_\_\_\_\_\_$ The power factor is equal to one for purely reactive loads.

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$5.\_\_\_\_\_\_$ The power factor of an alternating current circuit is defined as the ratio of real power $($kW$)$ to apparent power $($kVA$).$

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$6.\_\_\_\_\_\_$ Energy dissipation occurs only in the resistive part of a circuit since ideal inductors and capacitors merely store and release energy.

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$7.\_\_\_\_\_\_$ The total power delivered to a resistor will be dissipated in the form of heat.

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$8.\_\_\_\_\_\_$A wattmeter reading is an indication of watts dissipated that reflects the magnitude of the current drawn.

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$9.\_\_\_\_\_\_$ The net flow of power to the pure $($ideal$)$ capacitor is zero over a full cycle.