explanation (Question: 332147.0 )

Online Courses

Offline Courses

Test Series

Resources

Join Us

+91 7676564400

support@toprankers.com

Mobile App

Mock Tests

Practice

Assignment

Study Notes

SSC Articles

Discussions

Online Coaching

GK- Current Affairs

Bookmarked Questions

Descriptive Papers

Discussions

Select Date

Tags:

Submit Discussion

Rahul kumar verma

· started a discussion

· 1 Months ago

explanation (Question: 332147.0 )

Q factor expression is same for both series and parallel resonance.

Question:

The Q-factor of a parallel resonant circuit is given by

Options:

$\frac{I}{R} \sqrt{\frac{L}{C}}$

$\frac{I}{R} \sqrt{\frac{C}{L}}$

$\frac{1}{R} \sqrt{\frac{1}{L C}}$

R $\sqrt{\frac{C}{L}}$

Solution:

Ans:(d) Q factor for parallel resonance = R $\sqrt{\frac{C}{L}}$

We at aim to provide most comprehensive content & test for practice which is carefully divided into various chapters and topics to help you focus on your weak areas.Our Practice mock test gives you unmatched analytics to help you realize your strong areas,time management and improvement areas.Our Short & Crisp notes on each topic will help you to quickly revise the topic along with the tips & tricks of the exams.

More About

Mobile App

About Us Campus Ambassador Careers Contact Us Refund Policy

User Policy

Disclaimer

Terms & Conditions

explanation (Question: 332147.0 )

Please Choose Suitable Categories For Your Discussion