The strength of the electric field at any point on the distance (r) from the location of a point charge is equal to E=Kr/r^3 where (k) is a constant quantity and x + y+ 2 a-Calculate the flux of the vector (E)coming out of a spherical surface of radius (a) and the center of the point charge b-Use the Kauss theorem to relate the integral. ( V.E) at all points of a spherical volume to the vector (E) flowing out of the spherical surface
The strength of the electric field at any point on the distance (r) from the location of a point charge is equal to E=Kr/r^3 where (k) is a constant quantity and x + y+ 2 a-Calculate the flux of the vector (E)coming out of a spherical surface of radius (a) and the center of the point charge b-Use the Kauss theorem to relate the integral. ( V.E) at all points of a spherical volume to the vector (E) flowing out of the spherical surface
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Transcribed Image Text:x + y+ x?
The strength of the electric field at any
point on the distance (r) from the location
of a point charge is equal to E=Kr/r^3
where (k) is a constant quantity and
ix+šy+ kz
a-Calculate the flux of the vector
(E)coming out of a spherical surface of
radius (a) and the center of the point
charge
b-Use the Kauss theorem to relate the
integral. (V.E) at all points of a spherical
volume to the vector (E) flowing out of the
spherical surface
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