flux problem?
|dw:1356550535697:dw| if a charge q is placed at the point M in the diagram, the flux caused through the sphere?
is the charge placed on the sphere?
point m is halfway between o and o1. o and o1 are on peripherry of ring and sphere respectively.. they are like in a strt line.. the sphere and the ring are symmetrical and o and o1 lie on the diameter..
answer is \[4q/3\]
3epsilon*
the flux in the sphere.. i'm sorry.. wanted to write something else. just messed up..
is it a metal sphere? because if it is, the flux through it is zero...
i dont think it is.. the answer is not zero.. so its not..
but still, the charge is outside the sphere, isn't it? so q(enclosed)=0. And therefore, the flux though the sphere is zero.
no it isnt outside the sphere.. its at M..
yeah....i'm not getting the picture here...
|dw:1356553072695:dw| if you look at the arrangement from the side, is this how it'd look?
Join our real-time social learning platform and learn together with your friends!