11Sorry its electric flux.
1.Consider a circle of radius R.A point charge lies at a distance a from its centre and on its axis such that R=a√3.If electric field passing through the circle is ∂, find the magnitude of the charge.
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16 Answers
1a new innovative sol maybe its wrong
a point objects electric field is uniformly distribute around a sphere at the centre of whoch is the charge
all i want to say that a distance x the electic field will be uniformly distributed in a sphere of radius x at the centre of which is the charge therfore
the electirc field at a point will e constant then using this concept
E\pi a^{2}=x
thefore we know
E=x/\pi a^{2}
and total flux =E=x/\pi a^{2}*4\pi r^{2}
therfore we know E
adn therfore
q=q=12x\epsilon
where x=the sign of partial deriative
1what is the right naswer n can anyone pls flaw the problem in my argument
i think it is right coz the electic field .... due to a pint charge is a spherical distribution.....
well it hink my flaw is that i hv assumed a 2d image and a circle cannot be so.....?