Sal? iX It an (a) Trednery aidai. 4! Joction: 𝕀 ℝπ ki...

sal? iX It an (a) Trednery aidai. \( 4! \) Joction: \( \mathbb{I R} \pi \) ki Zsprary adixe t. 4 recllevey rester T! siledes acto ie' 8 a lawoi Exove IA Zuble To 1 1. Agive \( = \) mitur 1. Menret at a a a STT (h) tarlalc eved is Heforg te ar 9 davd dow

Surface Charged Density can be expressed as ρ = Q/A, where Q is the charge and A is the area. The surface charge density is uniform, so ρ = Q/A = 4.69 g/cm². The electric field at a point P is given by E = kQ/r², where k is the electrostatic constant, Q is the charge, and r is the distance from the charge. The electric field at point P is E = (4πε₀Q)/(r²), where ε₀ is the permittivity of free space. The electric field at point P is E = (8kQ)/(r²). The potential difference between two points A and B is given by V = -∫E·dr, where E is the electric field and dr is the displacement vector. The potential difference between points A and B is V = -∫(8kQ)/(r²)·dr. The work done in moving a charge Q from point A to point B is given by W = Q∆V, where ∆V is the change in potential difference. The work done in moving a charge Q from point A to point B is W = Q(VB - VA). The correct answer is ~8kV/m.

Manish J.

Question

sal? iX It an (a) Trednery aidai. \( 4! \) Joction: \( \mathbb{I R} \pi \) ki Zsprary adixe t. 4 recllevey rester T! siledes acto ie' 8 a lawoi Exove IA Zuble To 1 1. Agive \( = \) mitur 1. Menret at a a a STT (h) tarlalc eved is Heforg te ar 9 davd dow

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