Figure P24.5657 A spherically symmetriclcharge distribution has a chargedensity given by pelectric field as a function of r. Suggestion: The chargewithin a sphere of radius R is equal to the integral of p dV,where r extends from 0 to R. To evaluate the integral,note that the volume element dV for a spherical shell ofradius r and thickness dr is equal to 47r² dr.a/r, where a is constant. Find theB. An infiniteły long insulating cylinder of radius R has a vol-ume charge density that varies with the radius asp = PoREDMI NOTE 8TAI QUAD CAMERA

Case I: Inside the sphere Let's first consider a Gaussian sphere of radius r, where r<R, the…

Answered: A spherically symmetricicharge…

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