What is the second harmonics of a wave form with fundamental frequency of 50Hz?

What is the second harmonics of a wave form with fundamental frequency of 50Hz? Correct Answer 100Hz

The harmonics of a wave are the integer multiples of the fundamental frequency. Hence, the second harmonics of a wave with fundamental frequency 50Hz is 100Hz. Second harmonics = 2 × fundamental frequency = 2 × 50Hz = 100Hz
Bissoy MCQ

Related Questions

What is the higher order harmonics of order 5 of a wave form with fundamental frequency of 50Hz?
According to Fourier Analysis a square wave can be represented as a fundamental sine wave and even harmonics.
If F1 is the constant amplitude of fundamental rotating MMF wave, the space harmonics of order 6K+1 (where K=1,2,3….), the harmonic MMF wave is of _____________
If F1 is the constant amplitude of fundamental rotating MMF wave, the for the space harmonics of order 6K-1 (where K=1,2,3….), the harmonic MMF wave is of _____________
Which of the following statement/s about Fundamental Duties is/are not correct?
1. The Fundamental Duties are incorporated in Article 51A (part IVA) of Consitution.
2. The Fundamental Duties are inserted in the Constitution by the 42nd Constitution Amendment Act, 1976.
3. The Fundamental Duties have to be fulfilled by every person living in India.
4. The eleventh Fundamental Duty was added by the 86th Constitution Amendment Act, 2006.
Choose the correct answer:
If input frequency is 50Hz for a full wave rectifier, the ripple frequency of it would be _________
If input frequency is 50Hz then ripple frequency of bridge full wave rectifier will be equal to_________
A 100µF capacitor when used as a filter has 15V ac across it with a load resistor of 2.5KΩ. If the filter is the full wave and supply frequency is 50Hz, what is the percentage of ripple frequency in the output?
If input frequency is 50Hz then ripple frequency of half wave rectifier will be equal to __________
If input frequency is 50Hz then ripple frequency of center tapped full wave rectifier will be equal to _____________