Question: Sinusoidal voltage and current at the same frequency can be represented as complex numbers. Complex power is the product of complex voltage and the

Sinusoidal voltage and current at the same frequency can be represented as

complex numbers. Complex power is the product of complex voltage and the

complex conjugate of the complex current. Power factor is the cosine of

Sinusoidal voltage and current at the same frequency can be represented as complex numbers. Complex power is the product of complex voltage and the complex conjugate of the complex current. Power factor is the cosine of the angle of the complex power and measures the efficiency of power transfer from a source to a load circuit. Complete the function below to calculate power factor. C Reset Your Function 1 function powerFactor = Calculate PowerFactor( complexVoltage, complexCurrent) 2% CalculateCombined Impedance: Calculate power factor given complex voltage 3% and current. % 5 % 6 % 7% 8 9 10 11 12 13 14 15 16 17 18 19 20 end 21 Inputs: complexVoltage complex number representing sinusoidal voltage complexCurrent complex number representing sinusoidal current Outputs: powerFactor - cosine of the angle of complex power Save % Assign complexPower to product of complex voltage and conjugate of % complex current complexPower = 0; % FIXME % Assign powerAngle to angle of complex power powerAngle = 0; % FIXME % Assign powerFactor to cosine of powerAngle; powerFactor = 1; % FIXME MATLAB Documentation Code to call your function Calculate PowerFactor (141+j*67.7, 5+j*8.66)

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