Calculate the value of the capacitive reactance during resonance if the value of the inductor is 5 H and supply frequency is 20 rad/sec.(a) 100 Ω(b) 200 Ω(c) 300 Ω(d) 700 ΩThe question was posed to me in my homework.This interesting question is from Regenerative Braking of DC Shunt Motors in section Braking of DC Motors & Induction Motors of Electric Drives

Calculate the value of the capacitive reactance during resonance if th

1.	Calculate the value of the capacitive reactance during resonance if the value of the inductor is 5 H and supply frequency is 20 rad/sec.(a) 100 Ω(b) 200 Ω(c) 300 Ω(d) 700 ΩThe question was posed to me in my homework.This interesting question is from Regenerative Braking of DC Shunt Motors in section Braking of DC Motors & Induction Motors of Electric Drives
Answer» CORRECT CHOICE is (a) 100 Ω To explain I WOULD say: Resonance is DEFINED as the phenomenon in which energy of any element changes from one form to another. During resonance condition Xc=Xl=ΩL=20×5=100 Ω.

Discussion

No Comment Found

Related InterviewSolutions

The ratio of the rotor gross power and air gap power is _______(a) s(b) 1-s(c) 1+s(d) 0The question was asked in an online quiz.Asked question is from Induction Motors in chapter Braking of DC Motors & Induction Motors of Electric Drives
The unbalanced set of 3-phase voltages causes ________(a) Positive sequence current(b) Negative sequence current(c) Zero sequence current(d) Half sequence currentThe question was asked in unit test.Origin of the question is Induction Motors topic in section Braking of DC Motors & Induction Motors of Electric Drives
The slots used in the Synchronous machines are___________(a) Closed(b) Semi-open(c) Vacuum(d) OpenThis question was posed to me in class test.My doubt stems from Induction Motors in portion Braking of DC Motors & Induction Motors of Electric Drives
The slots used in the Induction motor are___________(a) Semi-closed(b) Closed(c) Vacuum(d) OpenThe question was posed to me in my homework.The query is from Induction Motors in section Braking of DC Motors & Induction Motors of Electric Drives
Which type of Induction motor is best for e.m.f injection method?(a) SCIM(b) WRIM(c) Single-phase IM(d) Linear IMI have been asked this question in an interview for internship.I would like to ask this question from Induction Motors topic in section Braking of DC Motors & Induction Motors of Electric Drives
The concept of the slip is used in___________(a) Synchronous machine(b) Induction machine(c) DC machine(d) TransformerThis question was posed to me in a national level competition.The question is from Induction Motors topic in chapter Braking of DC Motors & Induction Motors of Electric Drives
The use of the capacitor banks in the 3-phase Induction motor is ________(a) To increase the power factor(b) To decrease the speed(c) To increase the speed(d) To decrease the power factorThis question was addressed to me in my homework.Question is from Induction Motors topic in chapter Braking of DC Motors & Induction Motors of Electric Drives
_________ motor operates at high power factor.(a) Capacitor start(b) Capacitor run(c) Shaded pole(d) ReluctanceI got this question by my college director while I was bunking the class.My question is taken from Induction Motors in chapter Braking of DC Motors & Induction Motors of Electric Drives
Which type of Induction motor is best for pole changing method?(a) SCIM(b) WRIM(c) Single-phase IM(d) Linear IMI got this question in my homework.This interesting question is from Induction Motors topic in portion Braking of DC Motors & Induction Motors of Electric Drives
Induction motor is analogous to __________(a) Transformer(b) DC machine(c) Synchronous motor(d) Synchronous generatorThis question was posed to me by my college professor while I was bunking the class.Query is from Induction Motors in portion Braking of DC Motors & Induction Motors of Electric Drives

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment