L30.1 Separation of variables - spherical polar coordinates - Example 3.7

#electrodynamics #griffiths #sayphysics
Example 3.7
The potential Vo(θ) is again specified on the surface of a sphere of radius R, but this time we
are asked to find the potential outside, assuming there is no charge there.
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In this video tutorial, we solve Example 3.7 from DJ Griffiths' Electrodynamics textbook, focusing on the application of separation of variables in spherical polar coordinates. The problem involves determining the potential outside a charged sphere when there's no charge present. Watch as we step through the solution, explaining the mathematical approach and key concepts along the way."
"Electrodynamics Example 3.7"
"Separation of variables"
"Spherical polar coordinates"
"DJ Griffiths"
"Potential outside charged sphere"
"Electrodynamics tutorial"
"Charged sphere potential"
"Electromagnetic theory"
"Physics example solution"
"Griffiths textbook"

[@الصلاحي-ت8ك]

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I am fortunate to find it.

[@SAYPhysics]

Glad you like it! I will request to share it with others too. Thanks

[@abduljaleel9960]

good to see u dear

[@SAYPhysics]

Good to hear from you Janu. Send me an email at [e-mail] to share WhatsApp. Thanks 😊