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Complex Power Apparent Power and Power Triangle Questions and Answers PDF Download eBook 135

Practice Complex Power Apparent Power and Power Triangle trivia questions and answers, complex power apparent power and power triangle quiz answers PDF worksheet 135, circuit analysis exam questions for online classes. Practice "AC Power" quiz questions and answers, complex power apparent power and power triangle Multiple Choice Questions (MCQ) for online electronics engineering degree. Free complex power, apparent power and power triangle MCQs, maximum power transfer theorem, impedance and admittance, natural frequency and damping ratio, linearity property, complex power, apparent power and power triangle test prep for best online colleges with financial aid.

"A certain passive network has equivalent impedance Z=3+j4 Ω and an applied voltage of v=42.5cos(1000t+30°), than power factor of network is equals to", complex power apparent power and power triangle Multiple Choice Questions (MCQs) with choices sin53.13°, cos53.13°, sin13.2°, and cos13.2° for job placement test.

Trivia Quiz on Complex Power Apparent Power and Power Triangle PDF Download eBook 135

Complex Power, Apparent Power and Power Triangle Quiz

MCQ: A certain passive network has equivalent impedance Z=3+j4 Ω and an applied voltage of v=42.5cos(1000t+30°), than power factor of network is equals to

  1. cos53.13°
  2. sin53.13°
  3. sin13.2°
  4. cos13.2°

A

Linearity property Quiz

MCQ: The property of an element describing a linear relationship between cause and effect is called

  1. Homogeneity
  2. Linearity
  3. Additivity
  4. Singularity

A

Natural Frequency and Damping Ratio Quiz

MCQ: A practical capacitor can be modeled by a parallel combination of

  1. R and C
  2. R and L
  3. L and C
  4. two capacitors

A

Impedance and Admittance Quiz

MCQ: Phasor voltage across the terminals of network is 100 < 5°V and resulting current is 5.0 < 15°A, than equivalent impedance of network is equals to

  1. 20.0 < 30°
  2. 2.23 < 116.56°
  3. 2.23 < 16.56°
  4. 23.35 < 200°

A

Maximum Power Transfer Theorem Quiz

MCQ: In Maximum Power Transfer theorem, maximum resistance 'Rmax' can be find out by

  1. Rmax=V/4R
  2. Rmax=V2/4R
  3. Rmax=Vx4R
  4. Rmax=4R/V

B