A three-phase, three-wire circuit delivers 175 amperes at a voltage of 220 volts with a 0.85 power factor. What is the kilowatt load to the nearer hundredth?
$\begin{array}{llcc}
\text {k W load }= \frac { \sqrt { 3 } ( E ) ( D ) ( P F ) } { 1,000 } &\text { where k W load = 3-phase power in kilowatts}\
&\text {i = current in amperes}\
&\text {X = voltage involts}\
&\text {P F = power factor}\
\end{array}$

Question

A three-phase, three-wire circuit delivers 175 amperes at a voltage of 220 volts with a 0.85 power factor. What is the kilowatt load to the nearer hundredth? 
$\begin{array}{llcc}
\text {k W load }= \frac { \sqrt { 3 } ( E ) ( D ) ( P F ) } { 1,000 } &\text {  where k W load = 3-phase power in kilowatts}\
&\text {i =  current in amperes}\
&\text {X = voltage involts}\
&\text {P F = power factor}\
\end{array}$

Quizplus · Accepted Answer

The Answer of A three-phase, three-wire circuit delivers 175 amperes at a voltage of 220 volts with a 0.85 power factor. What is the kilowatt load to the nearer hundredth? 
$\begin{array}{llcc}
\text {k W load }= \frac { \sqrt { 3 } ( E ) ( D ) ( P F ) } { 1,000 } &\text {  where k W load = 3-phase power in kilowatts}\
&\text {i =  current in amperes}\
&\text {X = voltage involts}\
&\text {P F = power factor}\
\end{array}$

A Three-Phase, Three-Wire Circuit Delivers 175 Amperes at a Voltage