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Q-4) A spherical charge distribution in free space is given with volume charge density as: P =R. 0< a) Find the electric field vector everywhere b) Find the electric scalar potential c) Find the accumulated charge density on R = b Note that, there is a conducting shell at bsRSC.

Q-4) A spherical charge distribution in free space is given with volume charge density as: P =R. 0< a) Find the electric field vector everywhere b) Find the electric scalar potential c) Find the accumulated charge density on R = b Note that, there is a conducting shell at bsRSC.

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Q-4) A spherical charge distribution in free space is given with volume charge density as: Pu = a) Find the electric field vector everywhere b) Find the electric scalar potential c) Find the accumulated charge density on R = b Note that, there is a conducting shell at b SRSC. Conducting shell Figure 5. The figure for Problem 4.
Transcribed Image Text:Q-4) A spherical charge distribution in free space is given with volume charge density as: Pu = a) Find the electric field vector everywhere b) Find the electric scalar potential c) Find the accumulated charge density on R = b Note that, there is a conducting shell at b SRSC. Conducting shell Figure 5. The figure for Problem 4.
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