AC circuit-exercise with capacitors-inductors

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SUMMARY

The discussion focuses on solving an AC circuit problem involving capacitors and inductors. The user seeks guidance on their approach to converting the circuit into equivalent impedance before calculating the current flowing into resistor R2 using current division. The exercise emphasizes the importance of understanding impedance in AC circuits and applying current division principles effectively.

PREREQUISITES
  • AC circuit analysis
  • Equivalent impedance calculation
  • Current division theorem
  • Basic knowledge of capacitors and inductors
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  • Study the concept of impedance in AC circuits
  • Learn how to apply the current division theorem in complex circuits
  • Explore the behavior of capacitors and inductors in AC analysis
  • Practice solving AC circuit problems with varying configurations
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Electrical engineering students, hobbyists studying AC circuits, and anyone looking to enhance their understanding of circuit analysis involving capacitors and inductors.

Solmyros
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So i started studying about AC circuits and i tried solving an exercise.The problem is that not only i am stuck,but also i am not even sure that what i have done so far is right and follows the right logic.So some quidance on this would be appreciated.

Here is the problem http://prntscr.com/3dwzdt

and down there is my attempt for this.

Thanks in advance for your help
 

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Try and convert all of it into an equivalent impedance first. Using this, you can find the current flowing into R2 by means of current division.
 

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