In the circuit shown below, find the thevenin’s voltage across ‘ab’ terminals.(a) 48.5∠40.35⁰(b) 48.5∠-40.35⁰(c) 49.5∠-40.35⁰(d) 49.5∠40.35⁰The question was asked during an internship interview.I'm obligated to ask this question of Thevenin’s Theorem in section Steady State AC Analysis of Network Theory

In the circuit shown below, find the thevenin’s voltage across ‘ab

1.	In the circuit shown below, find the thevenin’s voltage across ‘ab’ terminals.(a) 48.5∠40.35⁰(b) 48.5∠-40.35⁰(c) 49.5∠-40.35⁰(d) 49.5∠40.35⁰The question was asked during an internship interview.I'm obligated to ask this question of Thevenin’s Theorem in section Steady State AC Analysis of Network Theory
Answer» Right OPTION is (d) 49.5∠40.35⁰ For explanation: THOUGH the thevenin’s equivalent circuit is not same as its original circuit, the output current and voltage are the same in both CASES. The thevenin’s voltage is equal to the voltage across (4+j6)Ω impedance. VTh =50∠0^o×(4+j6)/((4+j6)+(3-j4))=49.5∠40.35⁰V.

Discussion

No Comment Found

Related InterviewSolutions

If ZS=RS+jXS, ZL=RL, then condition for maximum power to be transferred is?(a) RL=|ZS|(b) RL=ZS(c) RL=-|ZS|(d) RL=-ZSThis question was addressed to me in exam.My question is based upon Maximum Power Transfer Theorem topic in division Steady State AC Analysis of Network Theory
If ZS = RS+jXS, ZL=RL+jXL, then if RL is fixed, the condition for maximum power to be transferred is?(a) XS=XL(b) XS=-XL(c) XS+XL=0(d) None of the mentionedThis question was addressed to me by my school teacher while I was bunking the class.My doubt is from Maximum Power Transfer Theorem topic in division Steady State AC Analysis of Network Theory
If the source ZS is complex, then the condition for the maximum power to be transferred is?(a) ZL=ZS(b) ZL=ZS*(c) ZL=-ZS(d) ZL=-ZS*I have been asked this question during an online exam.My enquiry is from Maximum Power Transfer Theorem in portion Steady State AC Analysis of Network Theory
Find the value of the maximum power in the circuit shown below.(a) 25(b) 50(c) 75(d) 100This question was addressed to me in my homework.My question is based upon Maximum Power Transfer Theorem topic in portion Steady State AC Analysis of Network Theory
The condition for maximum current to be transferred to the load is?(a) Source resistance greater than or equal to load resistance(b) Source resistance equal to load resistance(c) Source resistance less than load resistance(d) Source resistance greater than load resistanceThis question was posed to me in an online quiz.The doubt is from Maximum Power Transfer Theorem in chapter Steady State AC Analysis of Network Theory
In the circuit shown determine the value of load resistance when the load resistance draws maximum power?(a) 50(b) 25(c) 75(d) 100I got this question during a job interview.My question is from Maximum Power Transfer Theorem topic in division Steady State AC Analysis of Network Theory
The condition for maximum power to be transferred to the load is?(a) Source resistance equal to load resistance(b) Source resistance greater than load resistance(c) Source resistance greater than or equal to load resistance(d) Source resistance less than load resistanceThis question was posed to me in final exam.My doubt stems from Maximum Power Transfer Theorem in portion Steady State AC Analysis of Network Theory
The condition for maximum voltage to be transferred to the load is?(a) Source resistance greater than load resistance(b) Source resistance less than load resistance(c) Source resistance equal to load resistance(d) Source resistance greater than or equal to load resistanceI have been asked this question in examination.The query is from Maximum Power Transfer Theorem in portion Steady State AC Analysis of Network Theory
Find the load current in the circuit shown below.(a) 3.19∠166.61⁰(b) 3.19∠-166.61⁰(c) 4.19∠166.61⁰(d) 4.19∠-166.61⁰The question was posed to me in examination.My question is from Norton’s Theorem in chapter Steady State AC Analysis of Network Theory
Find the Norton’s current in the circuit shown below.(a) 40∠30⁰(b) 40∠-30⁰(c) 30∠30⁰(d) 30∠-30⁰This question was posed to me in final exam.This is a very interesting question from Norton’s Theorem in division Steady State AC Analysis of Network Theory

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment