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Consider a system of two uniformly charged conducting spherical shells (r₁ = R; r₂ = 2R), both centered at the origin. The system sets up a potential field given by 1 if r < R TEOR 1 TET 1 if R 2R 2π€ R V = What is the electric field intensity in the region r > 2R? The electric field intensity in the region R

Consider a system of two uniformly charged conducting spherical shells (r₁ = R; r₂ = 2R), both centered at the origin. The system sets up a potential field given by 1 if r < R TEOR 1 TET 1 if R 2R 2π€ R V = What is the electric field intensity in the region r > 2R? The electric field intensity in the region R

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Consider a system of two uniformly charged conducting spherical shells (r₁ = R; r₂ = 2R), both centered at the origin. The system sets up a potential field given by 1 TEOR 1 πET 1 2π€ R V = if r < R if R <r < 2R ifr > 2R What is the electric field intensity in the region r≥ 2R? The electric field intensity in the region R<r < 2R is given by Cx10⁹ V/m. What is C'? Use 4 s.f. 7.2 If R = 1 m, solve for the total energy stored in the electric field, WE, in 10¹2 Joules. Use 4 s.f.
Transcribed Image Text:Consider a system of two uniformly charged conducting spherical shells (r₁ = R; r₂ = 2R), both centered at the origin. The system sets up a potential field given by 1 TEOR 1 πET 1 2π€ R V = if r < R if R <r < 2R ifr > 2R What is the electric field intensity in the region r≥ 2R? The electric field intensity in the region R<r < 2R is given by Cx10⁹ V/m. What is C'? Use 4 s.f. 7.2 If R = 1 m, solve for the total energy stored in the electric field, WE, in 10¹2 Joules. Use 4 s.f.
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