\[{{W}_{1}}\]and\[{{W}_{2}}\]are the readings of two watt meters used to measure power of a 3-phase balanced load. The reactive power drawn by the load is

\[\sqrt{3}\,\,({{W}_{1}}+{{W}_{2}})\]

\[\sqrt{3}\,\,({{W}_{1}}-{{W}_{2}})\]

\[{{W}_{1}}\]and\[{{W}_{2}}\]are the readings of tw

1.	\[{{W}_{1}}\]and\[{{W}_{2}}\]are the readings of two watt meters used to measure power of a 3-phase balanced load. The reactive power drawn by the load is
A.	\[{{W}_{1}}\]+\[{{W}_{2}}\]
B.	\[{{W}_{1}}-{{W}_{2}}\]
C.	\[\sqrt{3}\,\,({{W}_{1}}+{{W}_{2}})\]
D.	\[\sqrt{3}\,\,({{W}_{1}}-{{W}_{2}})\]
Answer» E.

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\[{{W}_{1}}\]and\[{{W}_{2}}\]are the readings of two watt meters used to measure power of a 3-phase balanced load. The reactive power drawn by the load is

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