At resonance, the phase angle in an AC circuit is?

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SUMMARY

At resonance in an AC circuit, the phase angle is zero, indicating that the voltage and current are in phase. This fundamental concept is crucial for understanding AC circuit behavior. The discussion also touches on related topics such as the magnetic force on a charged particle, the DC equivalent of an AC current represented by 2 sin wt, and the angle of dip at the magnetic equator. These topics are interconnected and essential for mastering AC circuit analysis.

PREREQUISITES
  • Understanding of AC circuit theory
  • Knowledge of phase angles in electrical engineering
  • Familiarity with sinusoidal functions and their applications
  • Basic principles of electromagnetism
NEXT STEPS
  • Study the concept of resonance in AC circuits
  • Learn about calculating phase angles in electrical systems
  • Explore the relationship between AC and DC currents
  • Investigate the principles of magnetic forces on charged particles
USEFUL FOR

Electrical engineering students, educators, and professionals seeking to deepen their understanding of AC circuit behavior and related electromagnetic concepts.

alexavier
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At resonnance, the phase angle in an a.c circuit is ?pls need an answer.

2. the magnetic force on a charged particle moving with velocity v is ?
3. The current through a resistor in a.c circuit is given as 2 sin wt. Determine the d.c equivalent of the current?
4. What is the angle of dip at magnetic equator?


PEOPLE PLEASE TRY THESE QUESTIONSSSSSSSS.IF YOU CAN[/QUOTE]
 
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alexavier said:
At resonnance, the phase angle in an a.c circuit is ?pls need an answer.

2. the magnetic force on a charged particle moving with velocity v is ?
3. The current through a resistor in a.c circuit is given as 2 sin wt. Determine the d.c equivalent of the current?
4. What is the angle of dip at magnetic equator?


PEOPLE PLEASE TRY THESE QUESTIONSSSSSSSS.IF YOU CAN
Hi alexavier and welcome to PF,

These seem like homework questions to me. It is the policy of PF not to provide answers or complete solutions to homework questions, instead you will learn more from us helping you to work-out the solution yourself.

So, what have you attempted thus far?
 

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