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🔔 A.C. Circuits | Resonance in Parallel LCR Circuit | Impedance & Admittance (Marathi) 🔔

In this video, we explain Resonance in LCR Parallel Circuit along with Complex Impedance, Reactance, Admittance, and Susceptance in a simple and easy way for school and junior college students.

This lecture is explained in Marathi + English mix to help you understand concepts clearly.

📘 In This Video, You Will Learn:

✅ What is Parallel LCR Circuit
✅ Meaning of Resonance in Parallel Circuit
✅ Condition for Resonance (XL = XC)
✅ Why Current is Minimum at Resonance
✅ Why Parallel Circuit is called Rejector Circuit
✅ Complex Impedance Explained (Z = R + jX)
✅ Meaning of Reactance (XL, XC)
✅ Admittance (Y = 1/Z) and Susceptance
✅ Difference Between Impedance and Admittance
✅ Effect of Resistance on Resonance
✅ Sharpness of Resonance
✅ Power Factor at Resonance
✅ Series vs Parallel Resonance Comparison
✅ Real-Life Applications (Radio, TV, Communication)

📐 Important Formulas Covered:

📌 XL = 2πfL
📌 XC = 1 / 2πfC
📌 Z = R + jX
📌 Y = G + jB
📌 f₀ = 1 / 2π√(LC)
📌 cosφ = 1 (At Resonance)

🎯 This Video Is Useful For:

✔ Class 11 & 12 Physics Students
✔ B.Sc. Students
✔ Engineering Aspirants
✔ Competitive Exam Students
✔ Beginners in AC Circuits

💡 Why Watch This Video?

✨ Step-by-step explanation
✨ Exam-oriented content
✨ Simple language
✨ Clear concepts
✨ Practical examples

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📚 More Topics on This Channel:

🔹 AC Circuits
🔹 LCR Circuits
🔹 Magnetic Materials
🔹 Electromagnetic Induction
🔹 Electronics Basics

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