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3. A very long wire contains a uniform negative charge density -A. A charge –q rests inside a spherical Gaussian surface of radius R. The sphere's center lies on the wire. Located outside the sphere is another charge +q. What is the total electric flux through the sphere? (a) D = k (^. +q )/ ɛ0 (b) 0 = -q / ɛ0 (c) 0 = -k q / R² R (d) 0 = 0 (e) 4 = (-2 AR-q) / ɛo Gaussian Surface

3. A very long wire contains a uniform negative charge density -A. A charge –q rests inside a spherical Gaussian surface of radius R. The sphere's center lies on the wire. Located outside the sphere is another charge +q. What is the total electric flux through the sphere? (a) D = k (^. +q )/ ɛ0 (b) 0 = -q / ɛ0 (c) 0 = -k q / R² R (d) 0 = 0 (e) 4 = (-2 AR-q) / ɛo Gaussian Surface

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3. A very long wire contains a uniform negative charge density -A. A charge -q rests inside a spherical Gaussian surface of radius R. The sphere's center lies on the wire. Located outside the sphere is another charge +q. What is the total electric flux through the sphere? -2 (a) D = k (2 +q ) / ɛo (b) 0 = -q / ɛ0 (c) 0 = -k q / R? R (d) 0 = 0 (e) O = (-2 2R-q) / ɛo Gaussian Surface
Transcribed Image Text:3. A very long wire contains a uniform negative charge density -A. A charge -q rests inside a spherical Gaussian surface of radius R. The sphere's center lies on the wire. Located outside the sphere is another charge +q. What is the total electric flux through the sphere? -2 (a) D = k (2 +q ) / ɛo (b) 0 = -q / ɛ0 (c) 0 = -k q / R? R (d) 0 = 0 (e) O = (-2 2R-q) / ɛo Gaussian Surface
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