Скачать или смотреть Fraunhofer Diffraction due to a Single Slit

✅ *FINAL YOUTUBE DESCRIPTION (English + Hinglish + SEO)*

*📘 English Description*

This video clearly explains **Fraunhofer Diffraction due to a Single Slit**, one of the most important concepts in Wave Optics. You will understand how light passing through a narrow slit produces a diffraction pattern on a distant screen, and how the intensity distribution follows the famous formula:

[
I = I_0 \left(\frac{\sin X}{X}\right)^2
]

Covered in this lesson:
• Diffraction basics
• Fraunhofer arrangement
• Path & phase difference
• Derivation of intensity equation
• Maxima and minima conditions
• Central bright fringe
• Physical meaning of the diffraction envelope

This video is perfect for Class 11–12 students, JEE/NEET aspirants, and B.Sc/Engineering students studying Optics.

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*🇮🇳 Hinglish Description*

Is video mein hum *Fraunhofer Diffraction (Single Slit)* ko simple aur understandable तरीके se samjhenge. Jab light ek narrow slit se pass hoti hai, tab distant screen par jo diffraction pattern banta hai, uska pura derivation aur explanation yahan diya gaya hai.

Video mein cover kiya gaya:
• Diffraction ka concept
• Fraunhofer setup
• Path & phase difference
• Intensity formula: ( I = I_0(\sin X / X)^2 )
• Maxima–minima ka derivation
• Central bright fringe ka reason
• Pattern ka physical meaning

Agar video helpful lage toh Like, Share aur Comment zaroor karein!

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🔑 *SEO Keywords (High-Reach + Physics Audience)*

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🏷️ *SEO Hashtags (As Many as Possible — High Reach)*

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