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Consider a solid nonconducting sphere with a uniform charge density of ρ and a charge of -q, inside a conducting spherical shell which has a charge of -q. See the figure below. Suppose that R1=8 cm, R2=17cm and R3=29cm. Furthermore, suppose that q=31 nC. Using Gauss' Law find the magnitude of the electric field in the region with radius r=21 cm where LaTeX: R_2

Consider a solid nonconducting sphere with a uniform charge density of ρ and a charge of -q, inside a conducting spherical shell which has a charge of -q. See the figure below. Suppose that R1=8 cm, R2=17cm and R3=29cm. Furthermore, suppose that q=31 nC. Using Gauss' Law find the magnitude of the electric field in the region with radius r=21 cm where LaTeX: R_2

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Consider a solid nonconducting sphere with a uniform charge density of ρ and a charge of -q, inside a conducting spherical shell which has a charge of -q. See the figure below. Suppose that R1=8 cm, R2=17cm and R3=29cm. Furthermore, suppose that q=31 nC. Using Gauss' Law find the magnitude of the electric field in the region with radius r=21 cm where LaTeX: R_2<r<R_3R 2 < r < R 3. (Your result must be in multiples of 103 N/C. That means if you get a result of 9.22 x 10 3 just type 9.22 in the answer box. Include 2 digits after the decimal point and maximum of 5% of error is accepted in your answer. Take Coulomb's constant k=9x109 N m2 /C2 .)

R3 R2 R1
Transcribed Image Text:R3 R2 R1
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