4. A charged sphere has radius ag. The charge density is Po a)orr s Ro where...

 

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4. A charged sphere has radius ag. The charge density is Po a)orr s Ro where r is the distanee from the center of the sphere. What p= !! forr> tg is the total charge carried by the sphere? Using Gauss' law (Gauss' dielectric flux theorem), find the electric field inside the sphere as a function of r. 5. An infinitely long charged cylinder has radius R and uniform charge density p. Use Causs's dielectric flux theoremm to caleulate the electric field inside the cylinder, at a distance r<R from its axis. If you use any assumptions based on symmetry, state them clearly. 4. A charged sphere has radius ag. The charge density is Po a)orr s Ro where r is the distanee from the center of the sphere. What p= !! forr> tg is the total charge carried by the sphere? Using Gauss' law (Gauss' dielectric flux theorem), find the electric field inside the sphere as a function of r. 5. An infinitely long charged cylinder has radius R and uniform charge density p. Use Causs's dielectric flux theoremm to caleulate the electric field inside the cylinder, at a distance r<R from its axis. If you use any assumptions based on symmetry, state them clearly.

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