Question -1 out the volume of an insulating sphere of radius R. Draw a figure. (a) Find the volume charge density p which is the charge q divided by the volume of the entire charge sphere of radius R. (b) Find the electric field E inside the sphere where r < R by using Gauss'Law. (c) Find the electric field E outside the sphere where r >R by using Gauss'Law. (d) What is the electric field at the surface of the sphere. (e) Draw the graph of Electric Fileld E with respect to r from zero upto infinity. Positive electric charge q is distributed through-
Question -1 out the volume of an insulating sphere of radius R. Draw a figure. (a) Find the volume charge density p which is the charge q divided by the volume of the entire charge sphere of radius R. (b) Find the electric field E inside the sphere where r < R by using Gauss'Law. (c) Find the electric field E outside the sphere where r >R by using Gauss'Law. (d) What is the electric field at the surface of the sphere. (e) Draw the graph of Electric Fileld E with respect to r from zero upto infinity. Positive electric charge q is distributed through-
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Transcribed Image Text:Question -1
out the volume of an insulating sphere of radius R. Draw a figure. (a) Find
the volume charge density p which is the charge q divided by the volume of
the entire charge sphere of radius R. (b) Find the electric field E inside the
sphere where r < R by using Gauss'Law. (c) Find the electric field E outside
the sphere where r >R by using Gauss'Law. (d) What is the electric field at
the surface of the sphere. (e) Draw the graph of Electric Fileld E with
respect to r from zero upto infinity.
Positive electric charge q is distributed through-
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