Calculate the active power in a 315 F capacitor.(a) 45 W(b) 81 W(c) 0 W(d) 64 WThis question was posed to me in an internship interview.This interesting question is from Solar Powered Vehicles in section Solar and Battery Powered Drives of Electric Drives

Calculate the active power in a 315 F capacitor.(a) 45 W(b) 81 W(c) 0

1.	Calculate the active power in a 315 F capacitor.(a) 45 W(b) 81 W(c) 0 W(d) 64 WThis question was posed to me in an internship interview.This interesting question is from Solar Powered Vehicles in section Solar and Battery Powered Drives of Electric Drives
Answer» The correct OPTION is (c) 0 W For EXPLANATION: The capacitor is a linear element. It only absorbs reactive power and STORES it in the FORM of oscillating energy. The voltage and current are 90° in phase in case of the capacitor so the angle between V & I is 90°. P = VIcos90° = 0 W.

Discussion

No Comment Found

Related InterviewSolutions

Full form of ICV is ____________(a) Internal combustion vehicles(b) Internet combustion vehicles(c) Internally combined vehicles(d) Internet combined vehiclesThe question was asked in semester exam.My question is based upon Solar Powered Vehicles topic in division Solar and Battery Powered Drives of Electric Drives
Full form of EV is ____________(a) Energy voltage(b) Electric vehicles(c) Electric voltage(d) Energy vehiclesI got this question at a job interview.Origin of the question is Solar Powered Vehicles in division Solar and Battery Powered Drives of Electric Drives
The diode conducts only when current flows from anode to cathode.(a) True(b) FalseThis question was posed to me in an interview for job.The doubt is from Solar Powered Vehicles topic in portion Solar and Battery Powered Drives of Electric Drives
Calculate the frequency of the waveform v(t) = sin(πt+π÷4) + sin(πt+π÷74) + sin(πt+π÷56).(a) .1 Hz(b) .8 Hz(c) .5 Hz(d) .2 HzI have been asked this question during an interview.My question comes from Solar Powered Vehicles topic in chapter Solar and Battery Powered Drives of Electric Drives
Calculate the active power in a 315 F capacitor.(a) 45 W(b) 81 W(c) 0 W(d) 64 WThis question was posed to me in an internship interview.This interesting question is from Solar Powered Vehicles in section Solar and Battery Powered Drives of Electric Drives
Combination of cells is known as the battery.(a) True(b) FalseI had been asked this question in class test.The origin of the question is Solar Powered Vehicles in section Solar and Battery Powered Drives of Electric Drives
Who invented the battery?(a) Alessandro Volta(b) Alexander Bell(c) Alessandro Bell(d) Tim SoutheeThis question was addressed to me by my college director while I was bunking the class.This intriguing question comes from Solar Powered Vehicles topic in chapter Solar and Battery Powered Drives of Electric Drives
Who coined the term battery?(a) George Franklin(b) Benjamin Fernandes(c) Benjamin Franklin(d) George BushThe question was posed to me in an interview.My question comes from Solar Powered Vehicles topic in division Solar and Battery Powered Drives of Electric Drives
Calculate the line voltage in star connection when phase voltage=315 V.(a) 545.5 V(b) 548.6 V(c) 547.8 V(d) 585.8 VI have been asked this question in an internship interview.This is a very interesting question from Solar Powered Vehicles topic in portion Solar and Battery Powered Drives of Electric Drives
Electric Vehicles are generally powered by __________(a) Aluminum batteries(b) Lead-acid batteries(c) Sodium batteries(d) Magnesium batteriesThis question was addressed to me in an interview.My query is from Solar Powered Vehicles topic in section Solar and Battery Powered Drives of Electric Drives

Calculate the active power in a 315 F capacitor.(a) 45 W(b) 81 W(c) 0 W(d) 64 WThis question was posed to me in an internship interview.This interesting question is from Solar Powered Vehicles in section Solar and Battery Powered Drives of Electric Drives

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment