- #1
Neolight
Homework Statement
A sphere of radius R has a volume charge density proportional to distance from center. Total charge contained in the sphere is Q. If electric potential at infinity is taken to be zero , potential at it's center is
Homework Equations
Here given are
ρ= βr where β is a constant
The Attempt at a Solution
Since in this question the charger density is not uniform so I attempted the question by first finding out the electric field on the inside and outside region by using Gauss law than.
V= Q/3Πξ.R
And I also think that somehow we have to find the value of β
And one final personal question
Is this question a difficult level question because I have spent like 2 hours in a day for 4 days and haven't been able to answer due to mistakes here and there and lately because of this I have started losing confidence in myself because I can't even solve this question.
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