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ElectricalElectromagnetics Field Theory

Charge distribution inside a sphere of radius 10 is given as $ρ_{v} = 2 r n C / m^{3}$ . Determine electric flux density $\overline{ D }$ for a Gaussian spherical surface at r = 2.

$2 \overline{a_{r}} n C / m^{2}$

$4 \overline{a_{r}} n C / m^{2}$

$8 \overline{a_{r}} n C / m^{2}$

$16 \overline{a_{r}} n C / m^{2}$

Correct Answer

⚙️ TE • Technical Verified SolutionElectricalElectromagnetics Field Theory

Option A

$2 \overline{a_{r}} n C / m^{2}$

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Practice and solve "Charge distribution inside a sphere of radius 10 is given as ρv = 2 r nC/m3. Determine electric flux..." for Electrical - Electromagnetics Field Theory . The correct answer is Option A: 2 ar nC/m2. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.

Option **(a) **

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