Related InterviewSolutions

• Determine the phase angle in the circuit shown below.(a) 56⁰(b) 56.5⁰(c) 57.5⁰(d) 57⁰I got this question in an online interview.This key question is from Parallel Circuits topic in portion Complex Impedence of Network Theory
• Find the impedance in the circuit shown below.(a) 25(b) 26(c) 27(d) 28I got this question in an online interview.I need to ask this question from Parallel Circuits topic in chapter Complex Impedence of Network Theory
• Find the phase angle θ in the circuit shown below.(a) 20.5⁰(b) 20⁰(c) 19.5⁰(d) 19⁰I have been asked this question in an interview for job.I need to ask this question from Parallel Circuits topic in portion Complex Impedence of Network Theory
• Find IT in the figure shown below.(a) 0.66∠-20.5⁰(b) 0.66∠20.5⁰(c) 0.77∠20.5⁰(d) 0.77∠-20.5⁰This question was posed to me by my school teacher while I was bunking the class.Question is from Parallel Circuits topic in section Complex Impedence of Network Theory
• Determine Z in the figure shown below.(a) 26∠-20.5⁰(b) 26∠20.5⁰(c) 25∠-20.5⁰(d) 25∠20.5⁰I had been asked this question during an online interview.This intriguing question comes from Parallel Circuits in chapter Complex Impedence of Network Theory
• Determine total impedance in the circuit shown below.(a) 25∠-58.8⁰(b) 25∠-58.8⁰.(c) 26∠-58.8⁰.(d) 26∠58.8⁰.The question was posed to me by my school principal while I was bunking the class.Question is from Parallel Circuits topic in division Complex Impedence of Network Theory
• A 50Ω resistor is connected in parallel with an inductive reactance of 30Ω. A 20V signal is applied to the circuit. Find the line current in the circuit.(a) 0.77∠-58.8⁰(b) 0.77∠58.8⁰(c) 0.88∠-58.8⁰(d) 0.88∠58.8⁰This question was posed to me during an internship interview.Asked question is from Parallel Circuits topic in portion Complex Impedence of Network Theory
• Determine the total impedance in the circuit.(a) 73.3∠33⁰(b) 83.3∠-33⁰(c) 83.3∠33⁰(d) 73.3∠-33⁰I got this question in unit test.Enquiry is from Parallel Circuits topic in section Complex Impedence of Network Theory
• Find the phase angle in the circuit shown below.(a) 31⁰(b) 32⁰(c) 33⁰(d) 34⁰This question was addressed to me in unit test.Question is from Parallel Circuits in division Complex Impedence of Network Theory
• A signal generator supplies a sine wave of 20V, 5 kHz to the circuit as shown. Determine total current IT.(a) 0.21∠33⁰(b) 0.22∠33⁰(c) 0.23∠33⁰(d) 0.24∠33⁰This question was addressed to me by my college professor while I was bunking the class.The doubt is from Parallel Circuits topic in portion Complex Impedence of Network Theory