(2). The figure shown represents a distorted voltage source composed of a fundamental and a harmonic

(2). The figure shown represents a distorted voltage source composed of a fundamental and a harmonic. Clear step by step show working is needed.

Calculate
a). Fundamental Current,
b). Active Power at the fundamental frequency
c). Reactive Power of fundamental frequency
d). Apparent Power of at 50Hz
e). Power Factor
f). Face angle and state whether leading or lagging
g). Active harmonic power dissipated in the resistor
h). Total effective current
i). Total effective voltage at the resistor
j). Total dissipated in the resistor

Show transcribed image text (2). The figure shown represents a distorted voltage source composed of a fundamental and a harmonic. Clear step by step show working is needed. Calculate a). Fundamental Current, b). Active Power at the fundamental frequency c). Reactive Power of fundamental frequency d). Apparent Power of at 50Hz e). Power Factor f). Face angle and state whether leading or lagging g). Active harmonic power dissipated in the resistor h). Total effective current i). Total effective voltage at the resistor j). Total dissipated in the resistor

 

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